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Category: Antarctica

  • MIL-OSI Australia: Satellite imagery charts emperor penguins’ struggle to survive

    Source: Australian Government – Antarctic Division

    New Australian research using satellite imagery to monitor the location of emperor penguin colonies in East Antarctica, shows the birds are struggling to adapt to rapid changes in their environment.
    Australian Antarctic Division seabird researcher, Dr Barbara Wienecke, said that for nearly one million years emperor penguins have responded to changes in their favoured breeding habitat, the Antarctic fast-ice* zone, moving to new locations if their chosen area becomes unsuitable.
    But recent untimely loss of their fast-ice habitat and record low sea-ice extent in 2022 and 2023, has led to breeding failure in some colonies.
    Scientists fear these recent events may herald rapidly worsening ice conditions, to which the penguins have limited capacity and time to adapt.

    “Emperor penguins need stable fast-ice for about 10 months a year, to breed successfully and rear their chicks,” Dr Wienecke said.
    “If their breeding platform disintegrates before early December, when the chicks still have their downy plumage, it’s likely they will all perish. If it disintegrates before the end of December, chicks without waterproof plumage will die.”
    As long-lived seabirds, Dr Wienecke said emperor penguins can cope with disruptive events, provided they do not occur frequently.
    “While they can move to new breeding areas, they have limited potential to adapt to accelerating environmental change and a shorter fast-ice season, as they cannot shorten the time chicks need to grow and develop,” she said.
    Dr Wienecke, sea-ice scientist Dr Jan Lieser, and seabird experts Dr Julie McInnes and Jonathon Barrington, used the European Space Agency’s (ESA) Sentinel-2 satellite imagery to look at changes in breeding habitat and ice conditions between 2018 and 2023.
    “Satellite imagery is a very useful way to determine the local and regional variability in fast-ice habitat,” Dr Lieser said.
    “From this we can assess the adaptability of emperor penguins to rapid change, and the impacts of habitat change on breeding success.”
    The team examined satellite images covering 6000 km of the East Antarctic coastline between September and December each year – the time for chick rearing and fledging.
    The team manually recorded colony locations each year and the distances between colonies and the nearest fast-ice edge.
    Adults need to be close enough to the fast-ice edge to access open water for feeding. But being too close endangers breeding success if the ice breaks up before the chicks are able to survive at sea.
    “Thirteen of the 27 colonies we studied across East Antarctica are at risk of reduced or complete breeding failure, due to habitat loss, and nine of these 13 colonies experienced reduced or complete breeding failure at least once during the six years of the study,” Dr Wienecke said.
    One colony disappeared altogether, but individuals may have joined other colonies in the region. Some colonies moved to new kinds of habitat, including ice shelves and ice tongues, but these areas can be negatively affected by iceberg calving events that alter local conditions.
    Previous population modelling studies project that 65% of emperor penguin colonies may become ‘quasi-extinct’ (doomed to extinction) by 2050. However, Dr Wienecke said the incredible variability in colony locations, relative to the sea ice, made it difficult to model population trends.
    She said the new study shows medium and high-resolution satellite imagery is a useful tool for annual monitoring of emperor penguin colonies and fast-ice habitat, Antarctica-wide, alongside ground-based and aerial counts.
    “Ongoing Antarctica-wide monitoring is essential to quantify the impact of changing fast-ice conditions on emperor penguins and the cumulative impacts of other threats such as disease,” Dr Wienecke said.
    “Satellite imagery enables us to identify the locations of emperor penguin colonies each year, and assess the local environmental conditions, which is critical to understanding the consequences for individual colonies.
    “This image analysis needs to be done in combination with ground and aerial counts of penguins within the colonies, where possible, to assess changes to local populations.”
    The research is published in Endangered Species Research.
    *Fast ice is sea ice that is attached to the Antarctic coastline, shoals, or grounded icebergs. It acts like a discontinuous belt around the Antarctic coast and can remain in place for multiple years. It provides habitat and breeding grounds for emperor penguins and Weddell seals. It contrasts with ‘pack ice’, which is not attached to land. Pack ice drifts with winds and currents and is constantly changing.
    This content was last updated 24 seconds ago on 11 October 2024.

    MIL OSI News –

    January 23, 2025
  • MIL-OSI United Nations: Secretary-General’s video message to the Siena College Laudato Si’ Center for Ecology Global Climate Crisis Symposium

    Source: United Nations secretary general

    Download the video: https://s3.amazonaws.com/downloads2.unmultimedia.org/public/video/evergreen/MSG+SG+/SG+16+Aug+24/3246514_MSG+SG+SIENA+COLLEGE+16+AUG+24.mp4

    Dr Seifert, Brother Perry, Brothers and Sisters,

    I thank Siena College for organising this conference.

    My personal links to the Franciscans run deep.

    Father Vítor Melícias – a Franciscan priest – is a lifelong friend, who has presided over both my wedding ceremonies, baptized my children, and celebrated mass many times in my home.

    And as an António from Lisbon, I have a strong connection with Santo António – one of the first Franciscans.

    People from Lisbon and people from Padua may never agree on where Santo António belongs, but of course, he belongs to the whole world.

    And that world – our world – is in trouble.

    We are witnessing real-time climate collapse – the result of the greenhouse gases we are spewing into the atmosphere. 

    Temperature records are falling like dominoes. 

    Violent weather is becoming more extreme and more brutal.

    This year, we’ve seen Hurricane Beryl wreak havoc across the Caribbean and –reportedly – deprive almost three million Texans of power.

    We’ve seen heat force schools to close in Africa and Asia.

    And we’ve seen a mass global coral bleaching caused by unprecedented ocean temperatures, soaring past the worst predictions of scientists.

    All this puts peace and justice in peril –as Saint Francis would have understood.

    As Pope Francis has said, Saint Francis “shows us just how inseparable the bond is between concern for nature, justice for the poor, commitment to society, and interior peace.”

    Today, floods and droughts are fuelling instability, driving conflict, and forcing people from their homes.

    And though climate chaos is everywhere, it doesn’t affect everyone equally.

    The very people most at risk, are those who did the least to cause the crisis: small island states, developing countries, the poor, and the vulnerable.

    This is breathtaking injustice – and it is just the beginning.

    Brothers and Sisters,

    The patron saint of ecology has much to teach us about making peace with nature.

    So of course, does Pope Francis. Including through his inspiring 2015 encyclical Laudato Si’, after which this Center is named.

    Pope Francis tells us that: “When we exploit creation, we destroy the sign of God’s love for us.” He reminded us that human beings are “custodians” of this creation, not “masters” of it.

    We must stop intentionally destroying our natural world and its gifts.    

    We must protect people from the destruction we have unleashed.

    We must deliver climate justice for the vulnerable.

    And, crucially, we must limit the rise in global temperature to 1.5 degrees Celsius – as countries agreed to do in the landmark international climate pact – the Paris Agreement.

    Brothers and Sisters,

    The 1.5 degree limit is vital.

    Our planet is a mass of complex, connected systems. 

    Every fraction of a degree of global heating counts.

    The difference between a temperature rise of 1.5 and two degrees could be the difference between extinction and survival for some small island states and coastal communities.

    And the difference between minimizing climate chaos or crossing dangerous tipping points.

    For example, temperatures rising over 1.5 degrees would likely mean the collapse of the Greenland Ice Sheet and the West Antarctic Ice Sheet with catastrophic sea level rise.

    But we are nearly out of time. 

    Meeting the 1.5 degree limit means cutting emissions 43 per cent on 2019 levels by the end of this decade.

    That is daunting, but possible – if, and only if, leaders act now.

    Next year, governments must submit new national climate action plans – known as nationally determined contributions.  These will dictate emissions for the coming years.

    At the United Nations climate conference last year – COP28 – countries agreed to align those plans with the 1.5 degree limit.

    That means, putting the world on track:

    To reach net zero global emissions by 2050;

    End deforestation by 2030;

    Accelerate the roll out of renewables.

    And phase out planet-wrecking fossil fuels – fast and fairly.

    Fossil fuel expansion and new coal plants are inconsistent with 1.5 degrees.

    They must stop.

    Not only for the sake of the climate. But for sustainable development and economies too.

    Renewable power can connect people to electricity for the first time – transforming lives in the most remote and poorest regions.

    And onshore wind and solar are the cheapest source of new electricity in most of the world.

    Brothers and Sisters,

    We cannot accept a future where the rich are protected in air-conditioned bubbles, while the rest of humanity is lashed by lethal weather in unlivable lands.

    Leaders must take urgent steps to shield communities from the impact of climate destruction – for example, building flood defenses, and early warning systems to alert people that extreme weather is coming.

    But developing countries can neither cut emissions nor protect themselves if money is not available.

    Today, eye-watering debt repayments are drying up funds for climate action.

    Extortion-level capital costs are putting renewables virtually out of reach for most developing and emerging economies.

    This must change.

    Developed countries have made promises to deliver climate finance – they must keep them.

    All countries must support action on debt, and deep reforms to the multilateral system – including the Multilateral Development Banks – so that they can provide developing countries with far more low-cost capital.

    And governments must make generous contributions to the new Loss and Damage Fund – providing financial assistance to countries most impacted by climate change.

    Brothers and Sisters,

    You play a vital role.

    Everywhere, young people and religious communities are on the frontlines for bold climate action. 

    The Laudate Si Franciscan Network can be an important part of these efforts.

    Together, we must stand with our brothers and sisters around the world in the fight for climate justice;
     
    Alert our fellow citizens to the crisis;

    Inspire them to call for change;

    And demand that our governments take this chance, and act: to protect the vulnerable, deliver justice and save the planet.

    In the words of Pope Francis:

    “Let us choose the future.  May we be attentive to the cry of the earth, may we hear the plea of the poor, may we be sensitive to the hopes of the young and the dreams of children!”

    Thank you.
     

    MIL OSI United Nations News –

    January 23, 2025
  • MIL-OSI United Kingdom: UK and Canada announce satellite collaboration

    Source: United Kingdom – Executive Government & Departments

    Dstl will test a short wave infrared camera to identify objects in orbit over the South Pole as part of a space domain awareness trial.

    LISSA nanosatellite

    The UK is to collaborate with Canada on the Redwing microsatellite Space Domain Awareness (SDA) mission scheduled to launch in 2027.

    Redwing will track objects in congested orbits with improved sensors, and provide near real-time tasking in response to evolving space events.

    Redwing, which is the size of a small washing machine, will be directed and tasked by the Department of National Defence’s science and technology organisation, Defence Research and Development Canada (DRDC). The satellite will itself deploy a smaller nanosatellite that will incorporate a payload from the UK’s Defence Science and Technology Laboratory (Dstl) on behalf of the Ministry of Defence (MOD) and UK Space Command.

    Dr Gemma Bagheri, Dstl Space Research and Development Programme Manager, commented:

    Space is increasingly congested and it is vital that we keep pace with new and emerging threats. The collaboration with our Canadian partners will enable us to improve the characterisation of objects and maintain security in space to protect our mutual interests.

    The nanosatellite, roughly the size of a cereal box and known as Little Innovator in Space Situational Awareness (LISSA), will incorporate as its primary payload a Dstl experimental short wave infrared (SWIR) camera. Once separated, Redwing and LISSA will fly in tandem in sun-synchronous low Earth orbit, approximately 575km above the Earth and up to 200km apart.

    The mission will assess the capabilities of the SWIR camera with particular focus on the South Pole of Earth, where the glare from the illuminated Antarctic ice sheet can hinder object identification in orbit. Space objects over the Earth’s South Pole is less monitored than the North Pole and the mission will inform future space surveillance considerations based on findings from the mission.

    This international research cooperation between the countries provides the opportunity for joint collaboration and for developing prototype infrastructure and data processing architecture.

    Major General Paul Tedman, Commander, UK Space Command, said:

    This is yet another example of the value of international collaboration in space. Through Redwing and LISSA, the UK and Canada will test innovative technologies, which in the long term may vastly improve our ability to monitor and identify objects in space.

    Magellan Aerospace will design, build, prepare for launch, and operate the Redwing microsatellite and LISSA nanosatellite. LISSA will be built by the University of Manitoba. Bornea Dynamics has been contracted by Dstl to produce and qualify the SWIR camera payload hardware.

    Scott McLelland, DRDC Director of Research and Development for the Defend North America strategic focus area, commented:

    The space domain continues to change and evolve and requires space faring nations to innovate to keep informed of the security situation in the space domain. DRDC is thrilled to have Dstl participate in the Redwing mission to help grow both nations’ defence space programs.

    Find out more about Dstl’s space capability.

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    Updates to this page

    Published 10 October 2024

    MIL OSI United Kingdom –

    January 23, 2025
  • MIL-OSI Australia: Antarctic season begins

    Source: Australian Government – Antarctic Division

    Australia’s Antarctic science and logistics season has started, with RSV Nuyina leaving Hobart on a six-week resupply voyage to Davis research station.
    The ship has 100 expeditioners on board, two helicopters, a hot pink Antarctic tractor, 240,000 litres of water, 13 tonnes of dry food and more than 20 tonnes of fresh and frozen food.
    It marks the start of an ambitious year for science and infrastructure at Australia’s Antarctic and sub-Antarctic stations.

    “We’re all very excited to be underway,” Voyage Leader Anthea Fisher said.
    “We’ve been chatting to the team who are down at Davis – they’ve been there for a year now – and they’re pretty excited for us to turn up too, to resupply the station and bring them home again.”
    The journey south will take 15 days and require the ship to break ice for the last nine or ten kilometres.
    “At this time of year there’s a section of ice breaking through the pack ice and then the fast ice,” the voyage leader said.
    “We’ll break into that and park about a kilometre out from station and once we’re parked in there, people will be able to just walk off the ship across the ice to station.”
    The trades team travelling to Davis will aim to complete work on a new reverse osmosis plant, which creates drinking water from sea water.
    Along with a third water tank installed last year, it will give the station the water capacity it needs to support station populations in future.
     “Davis station doesn’t have a fresh water source so we have to produce fresh water from salt water via a desalination plant and then store that water for most of the year until we can produce fresh water for a short window in summer,” Construction Supervisor for summer, Tom de Leon, said.
    “A huge amount of planning goes into making sure we don’t run out of materials.
    “There’s no Bunnings down there we can duck into so we have to think very carefully about what we bring and what we use when we’re down there.”
    There are also science project teams on board.
    “We have an important season of science ahead of us this year, kicking off with this first voyage,” Head of the Australian Antarctic Division’s Science Branch, Rhonda Bartley, said.
    Two seabird scientists on board will stop at Davis for a few weeks to monitor local seabird colonies and look for any signs of avian influenza in bird populations and seals near the station. They will then go to Mawson research station for the rest of the summer season to monitor and conduct research on penguins and flying seabirds.
    “We haven’t had any signs of avian influenza in East Antarctica yet but it’s really important that we have people there to look for those signs and assess the impacts of any outbreak,”
     “We’re also very concerned for the health and welfare of our expeditioners so a lot of our planning is around having good biosecurity measures in place and being able to respond to protect our people.”
    Three scientists on the voyage from the Cleaner Antarctica program – which assesses and remediates legacy waste at Antarctic and sub-Antarctic stations – will also carry out work at Davis before transiting to Mawson for the summer’s program of works.
    Three scientific technicians are doing the round trip to maintain key geophysical and atmospheric monitoring equipment on board Nuyina.
    In December, scientists will return to Bunger Hills for the third and final year of the Denman Terrestrial Campaign, which aims to increase our understanding of the glacier’s stability and possible contribution to sea level rise, through research projects carried out inland.
    After the scientists leave in January, trades teams and expeditioners will start the mammoth task of packing the camp up and remediating the site.
    Then in February, RSV Nuyina leaves for the 60-day Denman Marine Voyage, the ship’s first dedicated marine science journey.
    The voyage will take 60 scientists from a range of universities and disciplines to the Denman Glacier region so they can study the system from the sea.
    This content was last updated 14 hours ago on 8 October 2024.

    MIL OSI News –

    January 23, 2025
  • MIL-Evening Report: Australia will protect a vast swathe of the Southern Ocean, but squanders the chance to show global leadership

    Source: The Conversation (Au and NZ) – By Andrew J Constable, Adviser, Antarctica and Marine Systems, Science & Policy, University of Tasmania

    The Albanese government has today declared stronger protections for the waters around Heard Island and McDonald Islands, one of Australia’s wildest, most remote areas. The marine park surrounding the islands will be extended by 310,000 square kilometres, quadrupling its size.

    Announcing the decision, Environment Minister Tanya Plibersek said Heard Island and McDonald Islands – about 4,000 kilometres southwest of Perth – are a “unique and extraordinary part of our planet. We are doing everything we can to protect it.”

    But the announcement, while welcome, is a missed opportunity on several fronts.

    Important areas around the islands remain unprotected, despite a wealth of scientific evidence pointing to the need for safeguards. On this measure, the government could have done far more to protect this unique wildlife haven.

    A special place

    Heard Island and McDonald Islands are a crucial sanctuary for marine life in the Southern Ocean. The land and surrounding waters support a food chain ranging from tiny plankton to fish, invertebrates, seabirds and marine mammals such as elephant seals and sperm whales.

    Both the marine and land environments of the islands are globally recognised for their ecological significance, and include species not found elsewhere in Australia.

    In 2002, a marine reserve was declared over the islands and parts of the surrounding waters. The reserve was extended in 2014.

    The expansion announced today means most waters around the islands have protection. The new safeguards primarily extend to foraging areas for seals, penguins and flying birds such as albatrosses.

    The expansion covers some deep water areas but excludes important deeper water locations including underwater canyons and seamounts, and a feature known as Williams Ridge.

    This is an important oversight that compromises the strength of the expanded protections.

    The protections do not extend to an important undersea feature known as William’s Ridge.

    The science is clear

    In March this year, my colleagues and I released a report showing existing protections for Heard Island and McDonald Islands were no longer adequate and should urgently be expanded.

    The report drew on more than two decades’ of research and new scientific understanding. In particular, we found climate change was warming the waters around the islands, posing risks to marine life such as the mackerel icefish.

    The icefish lives in shallow water and is an important food source for other animals. To maintain the islands’ biodiversity as the climate warms, we recommended extending the existing marine reserve to cover more shallow waters in the east, and protecting currently unprotected deeper waters.

    Today’s announcement does not protect these deeper waters. This is a major shortcoming. Our report showed deeper water areas to the east of Heard Island are significant to the region’s biodiversity, and to its ability to cope with warmer seas under climate change.

    The government says its decision came after extensive consultation with a range of parties – including the fishing industry and conservation groups.

    Heard Island and McDonald Islands host valuable fisheries for Patagonian toothfish and mackerel icefish. The footprint of fishing operations has expanded over the past 30 years.

    The fishery for mackerel icefish uses a range of methods including bottom trawling. This is the only fishery in the Southern Ocean to use bottom trawling methods. This is a damaging fishing technique that uses towed nets to catch fish and other marine species on or near the seabed.




    Read more:
    These extraordinary Australian islands are teeming with life – and we must protect them before it’s too late


    Deeper water areas to the east of Heard Island are significant to the region’s biodiversity.
    Wikimedia/Tristannew, CC BY

    A range of non-target fish species, especially skates, are accidentally caught by the fisheries around Heard Island and McDonald Islands. Skates are a vulnerable species because they are slow to grow and mature. Indicators suggest skate bycatch is too high.

    The new measures should have prevented fishing in some deeper waters to reduce pressure on this and other vulnerable species. In particular, bottom trawling should have been prohibited.

    As climate change worsens and fishing activity continues, the area must be managed to take account of these dual pressures. The management should also maximise the resilience of species imperilled by climate change, such as mackerel icefish – a cold-adapted species not found anywhere else in Australia’s marine zone.

    My colleagues and I proposed deep-sea protections over about 30% of the existing fishing grounds around Heard Island and McDonald Islands. Catch limits would not have been adjusted, and the fisheries were not likely to have been substantially affected.

    The decision to allow fishing, including bottom-trawling, in some areas of high conservation value means other measures will be needed to protect marine life in deep areas under pressure from climate change.

    An opportunity missed

    Today’s announcement follows a decision by the government last year to triple the size of Macquarie Island Marine Park. The move was largely in keeping with the science, and both protected important biodiversity regions and provided for fisheries.

    The protection awarded to Heard Island and McDonald Islands falls short of this standard. It fails to protect vulnerable marine species from climate change and fishing, and squanders a chance for Australia to show international leadership.

    Andrew J Constable received part funding from Pew Charitable Trusts and Australian Marine Conservation Society to produce the independent report on “Understanding the marine ecosystems surrounding Heard Island and McDonald Islands (HIMI) and their conservation status”.

    – ref. Australia will protect a vast swathe of the Southern Ocean, but squanders the chance to show global leadership – https://theconversation.com/australia-will-protect-a-vast-swathe-of-the-southern-ocean-but-squanders-the-chance-to-show-global-leadership-240789

    MIL OSI Analysis – EveningReport.nz –

    January 23, 2025
  • MIL-OSI Security: IAEA Experts Find Evidence of Microplastic Pollution in Antarctica from NUTEC Plastics Research Mission

    Source: International Atomic Energy Agency – IAEA

    The NUclear TEChnology for Controlling Plastic Pollution (NUTEC Plastics) initiative uses nuclear-derived tools and technology to fight global plastic pollution on two fronts: at point of source, by introducing new technologies to improve plastic upcycling; and to monitor plastic pollution in the ocean, where the bulk of plastic waste ends up. IAEA NUTEC experts work for and with countries to address this growing threat and ensure that they have the knowledge and capacity they need to assess, monitor and mitigate plastic pollution.

    Sharing preliminary findings at a side event of the 68th IAEA General Conference last week, NUTEC Plastics experts informed the delegates about the process of developing protocols and analysing these microplastic particles.

    “While microplastics have been studied for a few years now, we are now addressing the presence of microplastics even smaller than what previous research has been able to analyse. As the techniques and protocols have never been harmonized for microplastics of this size, it can take significant time to test or develop these methods and ultimately apply them”, said IAEA Research Scientist Marc Metian. “Preparation and analysis can take up to twenty days for just one sample.”

    Preliminary results show that every sample analysed to date, contained microplastics, namely Teflon, polyvinyl chloride (PVC), polypropylene (PP) and polyethylene terephthalate (PET). Once the analysis of all samples collected will have been completed, the results will be published and shared with the Scientific Committee for Antarctic Research, an interdisciplinary body of the International Science Council which provides scientific advisory to the Antarctic Treaty.

    Speaking at the side event, Argentine Foreign Minister Diana Mondino said: “Our country’s commitment to the Antarctic environment, as well as to international and scientific cooperation, is clearly demonstrated. We believe that the NUTEC Portal will be a valuable and effective tool to support the IAEA’s efforts to address shared challenges through the peaceful applications of nuclear energy”.

    (From right) Deputy Director General Najat Mokhtar, IAEA Director General Rafael Mariano Grossi, Argentine Minister of Foreign Affairs H Diana Mondina and Director Luis Longoria Gandara attend the side event “NUTEC Plastics Outlook and the Antarctic Mission” at the 68th General Conference of the IAEA in Vienna, Austria, 16 September 2024.  (Photo: D. Calma/IAEA)

    Representatives of Australia, Malaysia, Peru and the United States of America also made speeches. IAEA experts shared progress made in both aspects of NUTEC, including an updated roadmap for upscaling regional and national capacity to use irradiation technology for recycling and a revamped NUTEC portal for Member States to access up-to-date information.

    The Antarctic mission is part of the IAEA’s ongoing action to build capacity in laboratories worldwide to generate information on plastic pollution levels and sources of plastic pollution through marine microplastic monitoring, and is a key step in advancing an overarching goal of developing a global marine monitoring network.

    MIL Security OSI –

    January 23, 2025
  • MIL-OSI Video: Maggie Dewane Imagines a Cool Tomorrow | The Future Thanks You | United Nations

    Source: United Nations (Video News)

    Explore Antarctica’s future through the eyes of writer and filmmaker Maggie Dewane. What does coexistence look like in 2045?

    Create your own vision at thefuturethanksyou.com and see how our present actions can make it real.

    The Future Thanks You – a campaign from the Verified initiative by the United Nations and Purpose – aims to build support for a future powered by renewable energy.

    #TheFutureThanksYou #ClimateAction

    https://www.youtube.com/watch?v=L7IqXVKKpRM

    MIL OSI Video –

    January 23, 2025
  • MIL-OSI New Zealand: Antarctic-related activities boost New Zealand’s economy

    Source: Antarctica New Zealand

    Antarctic-related activities based in New Zealand contributed nearly a quarter of a billion dollars to the New Zealand economy last year.

    Antarctica New Zealand has released a report that analyses the economic impact of Antarctic-related activities on the Canterbury and New Zealand economies. The biennial report, produced by Lincoln University and supported by the Christchurch Antarctic Office, highlights substantial economic benefits and underscores the strategic importance of Antarctica to New Zealand.

    Key findings reveal that Antarctic-related activities based in New Zealand continue to be a significant economic driver, contributing $229.3 million* to the national economy in 2023.

    The study covers five industry sectors: National Antarctic Programmes, tourism, fishing, education and research and Antarctic heritage. In 2020 and 2021, economic contributions from these sectors were affected by the COVID-19 pandemic. However, the figures have now surpassed pre-COVID levels.

    Antarctica New Zealand Acting Chief Executive, Jordy Hendrikx says, as one of only five Antarctic Gateway cities around the world, Christchurch serves as New Zealand’s Antarctic hub.

    “Christchurch has been used as a deployment port to Antarctica for more than a century. It’s an important part of the city’s history. It’s also an important part of the economy, with Antarctic-related activities generating $158.3 million in the region.

    “Being a gateway city is part of our DNA. When the US Airforce Globemasters fly into Christchurch in October for the start of the research season, the whole city comes out to see them fly over,” he says.

    David Tayler, head of the Christchurch Antarctic Office, says the city plays a crucial role in Antarctic operations and its connection with Antarctica is an opportunity for innovation, research and climate awareness.

    “The Antarctic community supports over 3,000 full-time jobs in Canterbury, which delivers significant economic impact. Our gateway status is ingrained in Ōtautahi Christchurch. While our geographic location provides a strategic advantage, it is our network of businesses and world-class infrastructure that truly distinguishes us. State-of-the-art airports, ports and specialised services make us a pivotal hub for National Antarctic Programmes and the expertise and support provided by Christchurch’s Antarctic Network sets us apart globally.”

    More than 800 firms were identified as supplying goods and services to the four National Antarctic Programmes based in Christchurch (New Zealand, United States, Italy and South Korea).

    The report’s findings underscore the critical role of ongoing investment and collaboration in Antarctica, positioning New Zealand as a leader in Antarctic research and environmental stewardship.

    For the full report, please visit the Antarctica New Zealand website: http://www.antarcticanz.govt.nz/

    * Comparative direct impacts of Antarctic-related Activities in New Zealand in 2023

    MIL OSI New Zealand News –

    January 23, 2025
  • MIL-OSI Global: Eco-anxiety Q&A: how the IPCC’s vice-chair keeps her head cool on a warming planet

    Source: The Conversation – France – By Diána Ürge-Vorsatz, Professor of Environmental Sciences, Central European University

    In the past months, the planet has experienced the hottest months of June and August, boreal summer and day on record, with a global average temperature of 17.16°C on 22 July. While many have been getting on with their lives as best as they can, there are many more who are feeling the heat, as levels of climate anxiety continue to rise. At risk are people experiencing climate impacts in the Global South, but also professionals in the Earth sciences documenting and modelling them.

    So, how can we channel our alarm in a way that doesn’t paralyse us, but propel us into action? To answer this question, The Conversation Europe spoke to one of the world’s most public-facing climate scientists, the Vice-Chair of the Intergovernmental Panel on Climate Change (IPCC), Diána Ürge-Vorsatz.

    Could you start off by describing your work? According to you, what have been the highlights of your career as a climate scientist?

    So I mostly work in the area of energy efficiency. I have done a lot of modelling, including to demonstrate how higher efficiency buildings could reduce carbon emissions. Among others, I have alerted the world of what we call the carbon lock-in risks of inefficient building retrofits — when fossil fuel-intensive systems perpetuate, delay, or prevent the transition to low-carbon alternatives.

    I’ve always tried to concentrate on solutions which not only allow us to solve environmental issues, but also to increase human well-being and meet other societal goals. That’s because I come from a country [Hungary] where I see that while the environment and climate change are important, they typically play second fiddle to other priorities. Hence, I believe we have to solve these things in a way that makes it worthwhile.

    Diána Ürge-Vorsatz, 2024.
    Fourni par l’auteur

    My work therefore prompted lawmakers to revise the EU’s legislation to boost building energy efficiency – the Energy Performance of Buildings Directive – in 2010. On the first day the Fidesz government was reelected that year, I showed them how many jobs could be created through high efficiency building retrofits. Based on our research, they committed that the entire building stock would be refurbished to slash energy consumption by 60 %, which would have been really very ambitious, the first such commitment in the world. Unfortunately, a few months later, they changed their direction and they rather went into other energy policy priorities.

    Do you also research alarming climate scenarios? You told me the other day that you were particularly concerned with the potential collapse of Atlantic Meridional Overturning Circulation (AMOC) at the moment

    That’s one of my concerns, yes, because it’s amongst the tipping points that would exert its impact the earliest.

    If we look at other Earth system tipping points, most of them require a century, several centuries, if not several millennia until they exert a full impact. If AMOC collapses, it would exert its full impact within two to three decades, potentially. These are very strong impacts predicted clearly, on Europe as well as other regions. More and more papers have shown evidence that its collapse could already be underway. That’s definitely been alarming.

    When you started on this career path, would you describe yourself as prey to eco-anxiety? And if not, was there a turning point when it appeared?

    No, when I started I don’t think we had any knowledge that would have amounted to any existential threat, and it was still not so tangible that so many things could go wrong.

    I was studying for my PhD at UCLA, at UC Berkeley from 1992-96. In the LA Times, there was a two page advertisement calling for artists to design artwork that would scare anyone away, which they could put above the Yucca Mountain deep high-level based nuclear repository so that even if people didn’t speak English or they didn’t understand our script anymore, they could still understand that there was something really dangerous under that.

    At that point, I remember thinking: “Oh my God, if you just can’t dig or walk wherever you want anymore, that’s just wrong. We cannot do that to future generations.”

    Then there’s the never-ending news cycle, making it hard to pinpoint specific moments that alarm you. One that comes to mind has been the discovery over time that forever chemicals – Per and polyfluoroalkyl substances (PFAS) – are everywhere, even in the most remote parts of the earth and rain is no longer of drinking water quality even in Antarctica. This isn’t going to go away — precisely because PFAS are what we call forever chemicals. We will never be able to vacuum clean the planet from PFAS. Likewise with microplastics. When you start looking ahead with your eyes open, it can be really scary.

    And how do you experience the intimate knowledge of that alarming data on the one hand, and the public’s, and above all the elites’, climate inaction on the other?

    Well, I wouldn’t quite call it “climate inaction”. It’s easy to dwell on the idea that the glass is half empty. But in fact, the glass is half full. Lots has been done since the 2015 Paris Agreement, which was itself a miracle.

    You were there when the deal was struck, weren’t you? Could you tell us what it was like?

    Well, it was truly euphoric, because before that, if a scientist dared mentioning [the threshold of] 1.5°C [of warming above pre-industrial levels], you were a tree-hugger and an advocate, not a scientist. You did not get funding.

    And suddenly that became a political reality, or at least a political goal. I think that was really amazing for me because that time we didn’t have science clearly backing that you actually could achieve 1.5°C. So in the run-up to the Paris Agreement, the United Nations Framework Convention on Climate Change (UNFCCC) asked the IPCC to produce a report on 1.5°C. I remember talking about it with colleagues at the time, who told me: “That’s crazy, this train is gone, let’s not do it”.

    Then the months went by and and those voices faded. By the time we got to the plenary meeting in January there was not a single voice saying “We shouldn’t do this report”. Scientists changed course and put so much effort in on trying to say “Okay can this be done well? Let’s actually see”. Then they ran their models to figure out that actually not only can it be done — but there are so many ways we can get there. Yes, I know that it’s now increasingly unlikely that we still will meet it, but it still created a lot of momentum.

    One fact that we don’t emphasize enough: we have prevented the world from warming by five to six degrees by the end of the century, and we are now at worst saying perhaps four degrees, but more likely 2.5°C to 3.5°C.

    How do you communicate with your children about the climate crisis? For example, are there things that you choose not to tell them in order to protect them?

    I don’t hide anything from them. We quite frequently talk about the gravity of the situation because I cannot help bearing on them in the evening all the negative experiences and facts I learned during the day and I just have to unload these for them at dinners and so on.

    One of my daughters did experience quite severe environmental anxiety for almost two years when she was about nine years old. She had come with me to a TV shooting and they allowed her into the studio. And before my interview, they just played this intense clip about storms and fires – typical climate impacts. But after that, she was really very afraid for a long time.

    How did that fear translate itself?

    She couldn’t sleep very well. She was constantly afraid physically. She would tell me: “My god, is this going to burn around us? Are we going to have floods?”

    And it’s that a nine year old cannot, of course, fully comprehend yet how these risks will unfold in the future. I think she was put in this state of fear and anxiety. So that’s why it was also hard to manage because it wasn’t anything concrete or anything that she could verbally express or phrase nicely.

    And I couldn’t say, “Look darling, it’s not going to happen.”

    And how did she manage to surface from that state of paralysis?

    After a while, I think she understood that it wasn’t yet threatening her life. But all of my children are still concerned and many of them want to contribute to fighting climate change in some way.

    For example, my eldest daughter was studying medicine, but after her second year, she spent the entire summer in tears. She was deeply passionate about climate action and believed there were only two paths forward. Either she could still save the planet by becoming an architect to design zero-energy buildings, or, if it was too late, she should focus on mitigating the damage by remaining in medicine. After two months of struggling with this dilemma, she abandoned her dream of architecture and decided to continue with medical school. It was heartbreaking for me to see how little hope they had of solving the climate crisis.

    What would your advice be for parents whose children are suffering from eco-anxiety?

    I think the best way is to turn anxiety into action — to explain to them that they have and we still have agency. Even though we are small, we have a very important impact. We can vote. We can choose a profession where we can change the world. We can be role models and we can influence our peers through social media and many other ways.

    So if we tell them the five scenarios that the IPCC presents (investor, consumer, citizen, role model, professional) in the 6th Assessment Report as individual roles we can play to curb climate change, it’s not only through whether we choose to take a plastic bag or not. The future isn’t something that happens to us, but in our hands. We are all part of systems where each of us can influence more than we think.

    If your children were to start striking for the climate, would you support them?

    Yes, I think protests are one of the very important ways how we can have an impact. Besides, children often don’t have any other tools. And that’s why they also feel anxiety because they don’t yet have influence. They don’t have any money to spend, or any voting rights yet. They don’t yet have a profession through which they can influence the world. They feel powerless.

    And often children’s only power is to protest. If we give them other means to where they can influence the processes, that’d be even better.

    Diána Ürge-Vorsatz ne travaille pas, ne conseille pas, ne possède pas de parts, ne reçoit pas de fonds d’une organisation qui pourrait tirer profit de cet article, et n’a déclaré aucune autre affiliation que son organisme de recherche.

    – ref. Eco-anxiety Q&A: how the IPCC’s vice-chair keeps her head cool on a warming planet – https://theconversation.com/eco-anxiety-qanda-how-the-ipccs-vice-chair-keeps-her-head-cool-on-a-warming-planet-231226

    MIL OSI – Global Reports –

    January 22, 2025
  • MIL-OSI Global: Eco-anxiety Q&A: how the IPCC’s vice-chair keeps her head cool on a warming planet

    Source: The Conversation – France – By Diána Ürge-Vorsatz, Professor of Environmental Sciences, Central European University

    In the past months, the planet has experienced the hottest months of June and August, boreal summer and day on record, with a global average temperature of 17.16°C on 22 July. While many have been getting on with their lives as best as they can, there are many more who are feeling the heat, as levels of climate anxiety continue to rise. At risk are people experiencing climate impacts in the Global South, but also professionals in the Earth sciences documenting and modelling them.

    So, how can we channel our alarm in a way that doesn’t paralyse us, but propel us into action? To answer this question, The Conversation Europe spoke to one of the world’s most public-facing climate scientists, the Vice-Chair of the Intergovernmental Panel on Climate Change (IPCC), Diána Ürge-Vorsatz.

    Could you start off by describing your work? According to you, what have been the highlights of your career as a climate scientist?

    So I mostly work in the area of energy efficiency. I have done a lot of modelling, including to demonstrate how higher efficiency buildings could reduce carbon emissions. Among others, I have alerted the world of what we call the carbon lock-in risks of inefficient building retrofits — when fossil fuel-intensive systems perpetuate, delay, or prevent the transition to low-carbon alternatives.

    I’ve always tried to concentrate on solutions which not only allow us to solve environmental issues, but also to increase human well-being and meet other societal goals. That’s because I come from a country [Hungary] where I see that while the environment and climate change are important, they typically play second fiddle to other priorities. Hence, I believe we have to solve these things in a way that makes it worthwhile.

    Diána Ürge-Vorsatz, 2024.
    Fourni par l’auteur

    My work therefore prompted lawmakers to revise the EU’s legislation to boost building energy efficiency – the Energy Performance of Buildings Directive – in 2010. On the first day the Fidesz government was reelected that year, I showed them how many jobs could be created through high efficiency building retrofits. Based on our research, they committed that the entire building stock would be refurbished to slash energy consumption by 60 %, which would have been really very ambitious, the first such commitment in the world. Unfortunately, a few months later, they changed their direction and they rather went into other energy policy priorities.

    Do you also research alarming climate scenarios? You told me the other day that you were particularly concerned with the potential collapse of Atlantic Meridional Overturning Circulation (AMOC) at the moment

    That’s one of my concerns, yes, because it’s amongst the tipping points that would exert its impact the earliest.

    If we look at other Earth system tipping points, most of them require a century, several centuries, if not several millennia until they exert a full impact. If AMOC collapses, it would exert its full impact within two to three decades, potentially. These are very strong impacts predicted clearly, on Europe as well as other regions. More and more papers have shown evidence that its collapse could already be underway. That’s definitely been alarming.

    When you started on this career path, would you describe yourself as prey to eco-anxiety? And if not, was there a turning point when it appeared?

    No, when I started I don’t think we had any knowledge that would have amounted to any existential threat, and it was still not so tangible that so many things could go wrong.

    I was studying for my PhD at UCLA, at UC Berkeley from 1992-96. In the LA Times, there was a two page advertisement calling for artists to design artwork that would scare anyone away, which they could put above the Yucca Mountain deep high-level based nuclear repository so that even if people didn’t speak English or they didn’t understand our script anymore, they could still understand that there was something really dangerous under that.

    At that point, I remember thinking: “Oh my God, if you just can’t dig or walk wherever you want anymore, that’s just wrong. We cannot do that to future generations.”

    Then there’s the never-ending news cycle, making it hard to pinpoint specific moments that alarm you. One that comes to mind has been the discovery over time that forever chemicals – Per and polyfluoroalkyl substances (PFAS) – are everywhere, even in the most remote parts of the earth and rain is no longer of drinking water quality even in Antarctica. This isn’t going to go away — precisely because PFAS are what we call forever chemicals. We will never be able to vacuum clean the planet from PFAS. Likewise with microplastics. When you start looking ahead with your eyes open, it can be really scary.

    And how do you experience the intimate knowledge of that alarming data on the one hand, and the public’s, and above all the elites’, climate inaction on the other?

    Well, I wouldn’t quite call it “climate inaction”. It’s easy to dwell on the idea that the glass is half empty. But in fact, the glass is half full. Lots has been done since the 2015 Paris Agreement, which was itself a miracle.

    You were there when the deal was struck, weren’t you? Could you tell us what it was like?

    Well, it was truly euphoric, because before that, if a scientist dared mentioning [the threshold of] 1.5°C [of warming above pre-industrial levels], you were a tree-hugger and an advocate, not a scientist. You did not get funding.

    And suddenly that became a political reality, or at least a political goal. I think that was really amazing for me because that time we didn’t have science clearly backing that you actually could achieve 1.5°C. So in the run-up to the Paris Agreement, the United Nations Framework Convention on Climate Change (UNFCCC) asked the IPCC to produce a report on 1.5°C. I remember talking about it with colleagues at the time, who told me: “That’s crazy, this train is gone, let’s not do it”.

    Then the months went by and and those voices faded. By the time we got to the plenary meeting in January there was not a single voice saying “We shouldn’t do this report”. Scientists changed course and put so much effort in on trying to say “Okay can this be done well? Let’s actually see”. Then they ran their models to figure out that actually not only can it be done — but there are so many ways we can get there. Yes, I know that it’s now increasingly unlikely that we still will meet it, but it still created a lot of momentum.

    One fact that we don’t emphasize enough: we have prevented the world from warming by five to six degrees by the end of the century, and we are now at worst saying perhaps four degrees, but more likely 2.5°C to 3.5°C.

    How do you communicate with your children about the climate crisis? For example, are there things that you choose not to tell them in order to protect them?

    I don’t hide anything from them. We quite frequently talk about the gravity of the situation because I cannot help bearing on them in the evening all the negative experiences and facts I learned during the day and I just have to unload these for them at dinners and so on.

    One of my daughters did experience quite severe environmental anxiety for almost two years when she was about nine years old. She had come with me to a TV shooting and they allowed her into the studio. And before my interview, they just played this intense clip about storms and fires – typical climate impacts. But after that, she was really very afraid for a long time.

    How did that fear translate itself?

    She couldn’t sleep very well. She was constantly afraid physically. She would tell me: “My god, is this going to burn around us? Are we going to have floods?”

    And it’s that a nine year old cannot, of course, fully comprehend yet how these risks will unfold in the future. I think she was put in this state of fear and anxiety. So that’s why it was also hard to manage because it wasn’t anything concrete or anything that she could verbally express or phrase nicely.

    And I couldn’t say, “Look darling, it’s not going to happen.”

    And how did she manage to surface from that state of paralysis?

    After a while, I think she understood that it wasn’t yet threatening her life. But all of my children are still concerned and many of them want to contribute to fighting climate change in some way.

    For example, my eldest daughter was studying medicine, but after her second year, she spent the entire summer in tears. She was deeply passionate about climate action and believed there were only two paths forward. Either she could still save the planet by becoming an architect to design zero-energy buildings, or, if it was too late, she should focus on mitigating the damage by remaining in medicine. After two months of struggling with this dilemma, she abandoned her dream of architecture and decided to continue with medical school. It was heartbreaking for me to see how little hope they had of solving the climate crisis.

    What would your advice be for parents whose children are suffering from eco-anxiety?

    I think the best way is to turn anxiety into action — to explain to them that they have and we still have agency. Even though we are small, we have a very important impact. We can vote. We can choose a profession where we can change the world. We can be role models and we can influence our peers through social media and many other ways.

    So if we tell them the five scenarios that the IPCC presents (investor, consumer, citizen, role model, professional) in the 6th Assessment Report as individual roles we can play to curb climate change, it’s not only through whether we choose to take a plastic bag or not. The future isn’t something that happens to us, but in our hands. We are all part of systems where each of us can influence more than we think.

    If your children were to start striking for the climate, would you support them?

    Yes, I think protests are one of the very important ways how we can have an impact. Besides, children often don’t have any other tools. And that’s why they also feel anxiety because they don’t yet have influence. They don’t have any money to spend, or any voting rights yet. They don’t yet have a profession through which they can influence the world. They feel powerless.

    And often children’s only power is to protest. If we give them other means to where they can influence the processes, that’d be even better.

    Diána Ürge-Vorsatz ne travaille pas, ne conseille pas, ne possède pas de parts, ne reçoit pas de fonds d’une organisation qui pourrait tirer profit de cet article, et n’a déclaré aucune autre affiliation que son organisme de recherche.

    – ref. Eco-anxiety Q&A: how the IPCC’s vice-chair keeps her head cool on a warming planet – https://theconversation.com/eco-anxiety-qanda-how-the-ipccs-vice-chair-keeps-her-head-cool-on-a-warming-planet-231226

    MIL OSI – Global Reports –

    January 22, 2025
  • MIL-Evening Report: The common raupō once kept NZ’s wetlands and lakes thriving – now it could help restore them

    Source: The Conversation (Au and NZ) – By Rewi Newnham, Professor in Physical Geography, Te Herenga Waka — Victoria University of Wellington

    Shutterstock/Sketchart

    With about 90% of New Zealand’s natural wetlands drained or severely damaged during the past decades, we need to understand the role of native plants in the restoration of these important habitats.

    Raupō is a resilient plant and acts as an ecological buffer.
    Wikimedia Commons/Grapeman4, CC BY-SA

    Our new research details the history of raupō (bulrush) from the time before people arrived in Aotearoa. It shows this resilient, opportunistic plant – and taonga species – can play an important role restoring wetlands and freshwater quality.

    An unexpected finding was that the decline of freshwater quality in many lakes did not really kick in until the mid-20th century with intensification of agriculture. Until then, lake water quality indicators generally showed these ecosystems remained healthy. The prolific expansion of raupō after Aotearoa was first settled may have helped.

    Thriving on material washed from disturbed catchments, raupō acted as an ecological buffer, intercepting nutrients and sediments, and reducing potentially harmful effects on freshwater ecosystems.

    From the mid-20th century, as water quality began to deteriorate, raupō populations – and any buffering effects – were generally in decline as wetlands and lake shallows were drained for grazing land and better access to water supply.

    Lessons from this plant’s past can be put to good use today as we strive to bring back the mauri (life force) of our freshwater systems.

    Survival strategies for hard times

    Before settlement, when dense forest covered most of the country, raupō was surviving on the fringes. As a wetland plant, it likes its roots submerged, but needs light to grow.

    Its preferred niche is the shallow margins of lakes, ponds and streams or nutrient-rich swamps. Before people, these places were much less common. Forests typically grew right up to the water’s edge and extended across some swamps.

    Under these conditions, raupō evolved strategies for survival: aerated roots to cope with water logging; tiny, abundant seeds that spread far and wide on the wind; rhizomes (underground stems) that extend from the mother plant and store carbohydrates to keep the plant alive in lean times.

    Raupō has several attributes that allow it to grow on disturbed land. 1. large, resilient structures; 2. small, wind-dispersed seeds; 3. long-lived seed bank; 4. flowers produce abundant pollen; 5. aerated roots; 6. rhizomes store energy over winter; 7. rhizomes anchor in substrate, trapping sediment; 8. aggressive clonal propagation; 9. floating rhizome mats.
    Author provided, CC BY-SA

    Raupō can even build floating root mats, from sediment trapped by its rhizomes, that extend out across open water and even detach from the shoreline to become mobile raupō islands.

    With these survival strategies, raupō could wait for better times which, in Aotearoa’s dynamic environment, duly arrived.

    Episodic agents of disruption – storms, floods, earthquakes, landslides, volcanic ashfall – created opportunities. Local forest damage allowed light to penetrate to ground level, and slips and floods brought nutrient-rich sediment from soils.

    Raupō would seize these opportunities to expand. But they were typically short-lived as the inevitable process of forest succession returned the environment to stability – and raupō back to a state of patient hibernation.

    Hitting the jackpot

    Then people arrived, with fire and hungry mouths to feed. This time, the disturbances persisted. Forest clearances endured, sediments rich in nutrients flooded wetlands and lakes, and raupō, supremely equipped for just this scenario, spread across swamps and lake shores as wildfires spread on land.

    Our tūpuna (ancestors) observed this behaviour, as well as what was happening around raupō. Insects and birds were feeding and nesting. Freshwater fish, crays, shellfish and eel spawned among its fertile beds.

    This new-found abundance also offered a range of resource opportunities. Raupō’s flax-like leaves were woven into mats, rope and string. Leaves and stems were used like thatch to cloak the roofs and walls of whare.

    This graphic shows how raupō responded to environmental changes during the past millennium (upper panels), informed by pollen analysis of lake sediments (lower panels).
    Author provided, CC BY-SA

    Traditional poi were often made from raupō leaves. Some iwi, particularly in the south, used the stems to build lightweight boats for navigating rivers and lakes. Flower stalks, shoots and young leaves were eaten, and the rhizomes and roots, when cooked, provided edible carbohydrates. The most cherished raupō kai, however, were cakes baked using the copious raupō pollen.

    Unsurprisingly, for many iwi raupō remains a taonga species today, treasured for this array of resources and for its ecological and even spiritual roles in maintaining the mauri of freshwater habitats, upon which so much depends.

    For some iwi, raupō are seen as kaitiaki (guardians) watching over a lake or wetland, and signalling its health. In these ways, raupō also connects us with other Indigenous communities. Although raupō is native to this country, the same species is found in Australia and parts of East Asia, while relatives in the genus Typha (Greek for marsh) occur naturally on all continents, except Antarctica.

    Similar practices occurred wherever raupō and its relatives are found.
    This connection between cultural and ecological roles is one of the fascinating findings from our research. We describe raupō as a “human-associated species”, not just because of its taonga status, but because its fate seems so closely linked to people.

    More work needs to be done, but history tells us raupō has an important role in restoring the health of our freshwater ecosystems. Not only can it soak up nutrients and contaminants, but as both a native and taonga species it can assist remediation solutions that are ecologically and culturally supportive and sustainable.

    This research was funded by the New Zealand Ministry of Business, Innovation and Employment research programmes – Our lakes’ health; past, present, future (C05X1707) and Our lakes, Our future (CAWX2305).

    – ref. The common raupō once kept NZ’s wetlands and lakes thriving – now it could help restore them – https://theconversation.com/the-common-raupo-once-kept-nzs-wetlands-and-lakes-thriving-now-it-could-help-restore-them-238887

    MIL OSI Analysis – EveningReport.nz –

    January 22, 2025
  • MIL-OSI Africa: Secretary-General’s remarks to the General Assembly Plenary Meeting on Addressing the Existential Threats Posed by Sea Level Rise [bilingual, as delivered; scroll down for all-English and all-French]

    Source: United Nations – English

    resident of the General Assembly, Excellencies, Ladies and Gentlemen,

    Our world is in dangerous waters.

    Scientists tell us that the global sea level is now rising faster than at any time in the last 3,000 years, and accelerating – the rate of increase has more than doubled since the 1990s.

    They tell us the cause is clear:

    Greenhouse gases – overwhelmingly from burning fossil fuels – are heating our planet, expanding seawater and melting ice. 

    But they cannot tell us where this will end.

    That is down to world leaders today.

    Their choices will determine the scale, pace and impact of future sea level rise.

    Temperature increases over 1.5 degrees Celsius above pre-industrial levels could take the world past dangerous tipping points – potentially leading to long-term, irreversible collapse of the Greenland and West Antarctica icesheets.

    In the worst-case scenario, people alive today could witness sea levels rise by meters.

    Excellences,

    Près de 900 millions de personnes habitent dans les zones côtières de basse altitude.

    Pour elles, la montée des eaux est synonyme d’une marée de malheurs :

    Des ondes de tempête plus intenses, une érosion des côtes et des inondations côtières ;

    Des communautés submergées, de l’eau douce contaminée, des récoltes ruinées, des infrastructures endommagées, une biodiversité détruite et des économies décimées – avec des secteurs tels que la pêche, l’agriculture et le tourisme qui subissent de plein fouet les effets de la tempête.

    Les plus pauvres et les plus vulnérables sont les plus durement touchés.

    J’ai pu le constater récemment encore dans le Pacifique, où les cyclones détruisent des pans entiers des économies insulaires.  En 2015, Vanuatu a subi des dégâts équivalant à plus de la moitié de son PIB.
     
    Pendant ce temps, au Panama, des centaines de familles insulaires ont dû être relogées sur le continent.

    Au Bangladesh, l’eau salée pollue l’eau potable, détruit les récoltes et crée une menace sanitaire qui peut être mortelle – en particulier pour les femmes enceintes. 

    Dans la ville de Saint-Louis, au Sénégal, des maisons, des écoles, des petites entreprises et des mosquées auraient été abandonnées face à la marée montante.  

    De tels événements se reproduisent partout dans le monde.

    Voilà à quoi ressemble l’injustice climatique.  C’est le visage de l’iniquité.

    Mais les riches ne sont pas à l’abri. 

    Les économies avancées dépensent des milliards – en dommages, et en adaptation.

    Et si nous n’agissons pas rapidement, la situation sera bien pire. 

    Comme le rappelle le titre du débat d’aujourd’hui, cette situation représente pour certains une menace existentielle :

    Des îles entières perdues ;

    Des communautés côtières détruites à mesure que les terres deviennent inhabitables et non assurables.
                   
    Les déplacements massifs de population peuvent exercer une pression sur les ressources limitées des régions voisines – et aggraver des situations déjà dramatiques.

    Le commerce mondial, les systèmes alimentaires et les chaînes d’approvisionnement seront mis à mal lorsque les ports seront endommagés et que les terres agricoles et les pêcheries seront ruinées.

    La montée des eaux remodèlera non seulement les côtes, mais aussi les économies, la politique et la sécurité. 

    Excellencies,

    Only drastic action to reduce emissions can limit sea level rise.

    And only drastic action to adapt can keep people safe from rising waters.

    Everyone must be protected by an alert system by 2027 – in line with our Early Warnings for All initiative.

    And all countries must deliver new national climate action plans – or Nationally Determined Contributions – well ahead of COP30 next year.

    These must align with 1.5 degrees, cover all sectors of the economy, and put us on track to phase out fossil fuels, fast and fairly.

    The G20 – responsible for around eighty percent of global emissions – must lead. And align their fossil fuel production and consumption plans with 1.5 degrees.

    Money is indispensable.

    We need a strong finance outcome at COP29 this year – including on new and innovative sources of capital.

    We need significant contributions to the new Loss and Damage Fund – as a step towards climate justice.

    We need developed countries to double adaptation finance to at least $40 billion a year by 2025 – and to show how they will close the adaptation finance gap.

    And we need to reform the Multilateral Development Banks to become bigger, bolder, and able to deliver far more affordable finance to developing countries.

    We made real progress at the Summit of the Future. We must keep driving that forward – including at the World Summit for Social Development and the Financing for Development conference next year.

    We must also address gaps in our international legal framework concerning sea level rise: to ensure continuing access to resources, while protecting existing maritime boundaries; as well as to protect affected persons and – in extreme scenarios – to address the implications related to statehood.

    Excellencies,

    We cannot leave the hopes and aspirations of billions of people dead in the water. 

    We cannot allow the wholesale destruction of countries and communities.

    It’s time to turn the tide.

    And save ourselves from rising seas.

    Thank you.

    ***
    [all-English]

    President of the General Assembly, Excellencies, Ladies and Gentlemen,

    Our world is in dangerous waters.

    Scientists tell us that the global sea level is now rising faster than at any time in the last 3,000 years, and accelerating – the rate of increase has more than doubled since the 1990s.

    They tell us the cause is clear:

    Greenhouse gases – overwhelmingly from burning fossil fuels – are heating our planet, expanding seawater and melting ice. 

    But they cannot tell us where this will end.

    That is down to world leaders today.

    Their choices will determine the scale, pace and impact of future sea level rise.

    Temperature increases over 1.5 degrees Celsius above pre-industrial levels could take the world past dangerous tipping points – potentially leading to long-term, irreversible collapse of the Greenland and West Antarctica icesheets.

    In the worst-case scenario, people alive today could witness sea levels rise by meters.

    Excellencies,

    Low-lying coastal zones are home to around 900 million people.

    Rising seas mean a rising tide of misery:

    More intense storm surges, coastal erosion, and coastal flooding;

    Communities swamped, fresh water contaminated, crops ruined, infrastructure damaged, biodiversity destroyed, and economies decimated – with sectors such as fisheries, agriculture, and tourism pummelled.

    The poorest and most vulnerable are hardest hit.

    I saw this recently in the Pacific, where cyclones are tearing chunks out of island economies.  In 2015, Vanuatu suffered damage equivalent to well over half its GDP.

    Meanwhile, in Panama, hundreds of island families have been relocated to the mainland.

    In Bangladesh, saltwater is polluting drinking water, killing crops and creating a health threat that can be deadly, particularly for pregnant women. 

    In the city of Saint Louis in Senegal, homes, schools, small businesses, and mosques have reportedly been abandoned to the encroaching tide.

    Such events are reproduced across the globe.

    This is what climate injustice looks like. This is the face of inequity.

    But the rich are not immune. 

    Advanced economies are spending billions – in damages, and adaptation.

    And without rapid action we’re in for much worse. 

    As the title of today’s debate reminds us, for some, this could be existential:

    Whole islands lost;

    Coastal communities destroyed as lands become uninhabitable and uninsurable.
                   
    Mass displacement can pile pressure on scarce resources elsewhere, inflaming already dire situations.

    Global trade, food systems and supply chains will be battered as ports are damaged, and agricultural land and fisheries ruined.

    Rising seas will reshape not only coastlines, but economies, politics and security too. 

    Excellencies,

    Only drastic action to reduce emissions can limit sea level rise.

    And only drastic action to adapt can keep people safe from rising waters.

    Everyone must be protected by an alert system by 2027 – in line with our Early Warnings for All initiative.

    And all countries must deliver new national climate action plans – or Nationally Determined Contributions – well ahead of COP30 next year.

    These must align with 1.5 degrees, cover all sectors of the economy, and put us on track to phase out fossil fuels, fast and fairly.

    The G20 – responsible for around eighty percent of global emissions – must lead. And align their fossil fuel production and consumption plans with 1.5 degrees.

    Money is indispensable.

    We need a strong finance outcome at COP29 this year – including on new and innovative sources of capital.

    We need significant contributions to the new Loss and Damage Fund – as a step towards climate justice.

    We need developed countries to double adaptation finance to at least $40 billion a year by 2025 – and to show how they will close the adaptation finance gap.

    And we need to reform the Multilateral Development Banks to become bigger, bolder, and able to deliver far more affordable finance to developing countries.

    We made real progress at the Summit of the Future.  We must keep driving that forward – including at the World Summit for Social Development and the Financing for Development conference next year.

    We must also address gaps in our international legal framework concerning sea level rise: to ensure continuing access to resources, while protecting existing maritime boundaries; as well as to protect affected persons and – in extreme scenarios – to address the implications related to statehood.

    Excellencies,

    We cannot leave the hopes and aspirations of billions of people dead in the water. 

    We cannot allow the wholesale destruction of countries and communities.

    It’s time to turn the tide.

    And save ourselves from rising seas.

    Thank you.

    ***
    [all-French]

    Excellences,

    L’humanité navigue en eaux dangereuses.

    Les scientifiques nous disent que le niveau des mers monte aujourd’hui plus rapidement que jamais au cours des 3 000 dernières années, et que cette hausse s’accélère – avec un taux d’augmentation qui a plus que doublé depuis les années 1990.

    Ils nous disent que la cause est claire :

    Les gaz à effet de serre – issus en grande partie de la combustion des énergies fossiles – réchauffent notre planète, dilatent l’eau de mer et font fondre la glace. 

    Mais ils ne peuvent pas nous dire où cela s’arrêtera.

    Cela dépendra des dirigeants du monde actuels.

    Leurs choix détermineront l’ampleur, le rythme et l’impact des futures élévations du niveau des mers.

    Une augmentation des températures de plus de 1,5 degré Celsius au-dessus des niveaux préindustriels pourrait faire franchir au monde des points de bascule dangereux – ce qui pourrait sur le long terme entraîner l’effondrement irréversible des calottes glaciaires du Groenland et de l’Antarctique occidental.

    Dans le pire des scénarios, les personnes vivant aujourd’hui verraient le niveau des mers monter de plusieurs mètres.

    Excellences,

    Près de 900 millions de personnes habitent dans les zones côtières de basse altitude.

    Pour elles, la montée des eaux est synonyme d’une marée de malheurs :

    Des ondes de tempête plus intenses, une érosion des côtes et des inondations côtières ;

    Des communautés submergées, de l’eau douce contaminée, des récoltes ruinées, des infrastructures endommagées, une biodiversité détruite et des économies décimées – avec des secteurs tels que la pêche, l’agriculture et le tourisme qui subissent de plein fouet les effets de la tempête.

    Les plus pauvres et les plus vulnérables sont les plus durement touchés.

    J’ai pu le constater récemment encore dans le Pacifique, où les cyclones détruisent des pans entiers des économies insulaires. En 2015, Vanuatu a subi des dégâts équivalant à plus de la moitié de son PIB.

    Pendant ce temps, au Panama, des centaines de familles insulaires ont dû être relogées sur le continent.

    Au Bangladesh, l’eau salée pollue l’eau potable, détruit les récoltes et crée une menace sanitaire qui peut être mortelle – en particulier pour les femmes enceintes. 

    Dans la ville de Saint-Louis, au Sénégal, des maisons, des écoles, des petites entreprises et des mosquées auraient été abandonnées face à la marée montante.  

    De tels événements se reproduisent partout dans le monde.

    Voilà à quoi ressemble l’injustice climatique. C’est le visage de l’iniquité.

    Mais les riches ne sont pas à l’abri. 

    Les économies avancées dépensent des milliards – en dommages, et en adaptation.

    Et si nous n’agissons pas rapidement, la situation sera bien pire. 

    Comme le rappelle le titre du débat d’aujourd’hui, cette situation représente pour certains une menace existentielle :

    Des îles entières perdues ;

    Des communautés côtières détruites à mesure que les terres deviennent inhabitables et non assurables.
                   
    Les déplacements massifs de population peuvent exercer une pression sur les ressources limitées des régions voisines – et aggraver des situations déjà dramatiques.

    Le commerce mondial, les systèmes alimentaires et les chaînes d’approvisionnement seront mis à mal lorsque les ports seront endommagés et que les terres agricoles et les pêcheries seront ruinées.

    La montée des eaux remodèlera non seulement les côtes, mais aussi les économies, la politique et la sécurité. 

    Excellences,

    Seules des mesures radicales de réduction des émissions peuvent limiter l’élévation du niveau de la mer.

    Et seules des mesures drastiques d’adaptation peuvent mettre les populations à l’abri de la montée des eaux.

    Tout le monde doit être protégé par un système d’alerte d’ici 2027 – conformément à notre initiative « Alertes précoces pour tous ».

    Tous les pays doivent présenter de nouveaux plans d’action nationaux sur le climat – ou contributions déterminées au niveau national – bien avant la COP30 de l’année prochaine.

    Ces plans doivent s’aligner sur le seuil de 1,5 degré, couvrir tous les secteurs de l’économie et nous mettre sur la voie de l’élimination progressive, rapide et équitable, des combustibles fossiles.

    Le G20, responsable d’environ 80 % des émissions mondiales, doit montrer la voie. Il doit aligner ses plans de production et de consommation de combustibles fossiles sur le seuil de 1,5 degré.

    Le financement est indispensable.

    Nous avons besoin de résultats ambitieux en matière de finances à la COP29 de cette année – y compris en termes de sources de capital nouvelles et innovantes.

    Nous avons besoin de contributions significatives au nouveau Fonds pour les pertes et les dommages – une étape essentielle sur le chemin vers la justice climatique.

    Les pays développés doivent doubler le financement en faveur de l’adaptation pour atteindre au moins 40 milliards de dollars par an d’ici 2025 – et démontrer comment ils vont combler le déficit de financement de l’adaptation.

    Enfin, nous devons réformer les Banques multilatérales de développement pour qu’elles deviennent plus grandes, plus audacieuses et capables de fournir des financements beaucoup plus abordables aux pays en développement.

    Nous avons réalisé de réels progrès lors du Sommet de l’avenir. Nous devons continuer à porter ces avancées, notamment lors du Sommet mondial pour le développement social et de la Conférence sur le financement du développement qui se tiendront l’année prochaine.

    Nous devons également combler les lacunes de notre cadre juridique international concernant l’élévation du niveau de la mer : pour garantir un accès continu aux ressources, tout en protégeant les frontières maritimes existantes, ainsi que pour protéger les personnes touchées et, dans les scénarios extrêmes, pour traiter les implications liées à aux statuts d’un État.

    Excellences,

    Nous ne pouvons pas laisser les espoirs et les aspirations de milliards de personnes sans réponse. 

    Nous ne pouvons pas permettre la destruction massive de pays et de communautés.

    Il est temps d’inverser la tendance.

    Et de nous sauver de la montée des eaux.

    Je vous remercie.

    ***
     

    MIL OSI Africa –

    September 29, 2024
  • MIL-OSI United Nations: Secretary-General’s remarks to the General Assembly Plenary Meeting on Addressing the Existential Threats Posed by Sea Level Rise [bilingual, as delivered; scroll down for all-English and all-French]

    Source: United Nations

    President of the General Assembly, Excellencies, Ladies and Gentlemen,

    Our world is in dangerous waters.

    Scientists tell us that the global sea level is now rising faster than at any time in the last 3,000 years, and accelerating – the rate of increase has more than doubled since the 1990s.

    They tell us the cause is clear:

    Greenhouse gases – overwhelmingly from burning fossil fuels – are heating our planet, expanding seawater and melting ice. 

    But they cannot tell us where this will end.

    That is down to world leaders today.

    Their choices will determine the scale, pace and impact of future sea level rise.

    Temperature increases over 1.5 degrees Celsius above pre-industrial levels could take the world past dangerous tipping points – potentially leading to long-term, irreversible collapse of the Greenland and West Antarctica icesheets.

    In the worst-case scenario, people alive today could witness sea levels rise by meters.

    Excellences,

    Près de 900 millions de personnes habitent dans les zones côtières de basse altitude.

    Pour elles, la montée des eaux est synonyme d’une marée de malheurs :

    Des ondes de tempête plus intenses, une érosion des côtes et des inondations côtières ;

    Des communautés submergées, de l’eau douce contaminée, des récoltes ruinées, des infrastructures endommagées, une biodiversité détruite et des économies décimées – avec des secteurs tels que la pêche, l’agriculture et le tourisme qui subissent de plein fouet les effets de la tempête.

    Les plus pauvres et les plus vulnérables sont les plus durement touchés.

    J’ai pu le constater récemment encore dans le Pacifique, où les cyclones détruisent des pans entiers des économies insulaires.  En 2015, Vanuatu a subi des dégâts équivalant à plus de la moitié de son PIB.
     
    Pendant ce temps, au Panama, des centaines de familles insulaires ont dû être relogées sur le continent.

    Au Bangladesh, l’eau salée pollue l’eau potable, détruit les récoltes et crée une menace sanitaire qui peut être mortelle – en particulier pour les femmes enceintes. 

    Dans la ville de Saint-Louis, au Sénégal, des maisons, des écoles, des petites entreprises et des mosquées auraient été abandonnées face à la marée montante.  

    De tels événements se reproduisent partout dans le monde.

    Voilà à quoi ressemble l’injustice climatique.  C’est le visage de l’iniquité.

    Mais les riches ne sont pas à l’abri. 

    Les économies avancées dépensent des milliards – en dommages, et en adaptation.

    Et si nous n’agissons pas rapidement, la situation sera bien pire. 

    Comme le rappelle le titre du débat d’aujourd’hui, cette situation représente pour certains une menace existentielle :

    Des îles entières perdues ;

    Des communautés côtières détruites à mesure que les terres deviennent inhabitables et non assurables.
                   
    Les déplacements massifs de population peuvent exercer une pression sur les ressources limitées des régions voisines – et aggraver des situations déjà dramatiques.

    Le commerce mondial, les systèmes alimentaires et les chaînes d’approvisionnement seront mis à mal lorsque les ports seront endommagés et que les terres agricoles et les pêcheries seront ruinées.

    La montée des eaux remodèlera non seulement les côtes, mais aussi les économies, la politique et la sécurité. 

    Excellencies,

    Only drastic action to reduce emissions can limit sea level rise.

    And only drastic action to adapt can keep people safe from rising waters.

    Everyone must be protected by an alert system by 2027 – in line with our Early Warnings for All initiative.

    And all countries must deliver new national climate action plans – or Nationally Determined Contributions – well ahead of COP30 next year.

    These must align with 1.5 degrees, cover all sectors of the economy, and put us on track to phase out fossil fuels, fast and fairly.

    The G20 – responsible for around eighty percent of global emissions – must lead. And align their fossil fuel production and consumption plans with 1.5 degrees.

    Money is indispensable.

    We need a strong finance outcome at COP29 this year – including on new and innovative sources of capital.

    We need significant contributions to the new Loss and Damage Fund – as a step towards climate justice.

    We need developed countries to double adaptation finance to at least $40 billion a year by 2025 – and to show how they will close the adaptation finance gap.

    And we need to reform the Multilateral Development Banks to become bigger, bolder, and able to deliver far more affordable finance to developing countries.

    We made real progress at the Summit of the Future. We must keep driving that forward – including at the World Summit for Social Development and the Financing for Development conference next year.

    We must also address gaps in our international legal framework concerning sea level rise: to ensure continuing access to resources, while protecting existing maritime boundaries; as well as to protect affected persons and – in extreme scenarios – to address the implications related to statehood.

    Excellencies,

    We cannot leave the hopes and aspirations of billions of people dead in the water. 

    We cannot allow the wholesale destruction of countries and communities.

    It’s time to turn the tide.

    And save ourselves from rising seas.

    Thank you.

    ***
    [all-English]

    President of the General Assembly, Excellencies, Ladies and Gentlemen,

    Our world is in dangerous waters.

    Scientists tell us that the global sea level is now rising faster than at any time in the last 3,000 years, and accelerating – the rate of increase has more than doubled since the 1990s.

    They tell us the cause is clear:

    Greenhouse gases – overwhelmingly from burning fossil fuels – are heating our planet, expanding seawater and melting ice. 

    But they cannot tell us where this will end.

    That is down to world leaders today.

    Their choices will determine the scale, pace and impact of future sea level rise.

    Temperature increases over 1.5 degrees Celsius above pre-industrial levels could take the world past dangerous tipping points – potentially leading to long-term, irreversible collapse of the Greenland and West Antarctica icesheets.

    In the worst-case scenario, people alive today could witness sea levels rise by meters.

    Excellencies,

    Low-lying coastal zones are home to around 900 million people.

    Rising seas mean a rising tide of misery:

    More intense storm surges, coastal erosion, and coastal flooding;

    Communities swamped, fresh water contaminated, crops ruined, infrastructure damaged, biodiversity destroyed, and economies decimated – with sectors such as fisheries, agriculture, and tourism pummelled.

    The poorest and most vulnerable are hardest hit.

    I saw this recently in the Pacific, where cyclones are tearing chunks out of island economies.  In 2015, Vanuatu suffered damage equivalent to well over half its GDP.

    Meanwhile, in Panama, hundreds of island families have been relocated to the mainland.

    In Bangladesh, saltwater is polluting drinking water, killing crops and creating a health threat that can be deadly, particularly for pregnant women. 

    In the city of Saint Louis in Senegal, homes, schools, small businesses, and mosques have reportedly been abandoned to the encroaching tide.

    Such events are reproduced across the globe.

    This is what climate injustice looks like. This is the face of inequity.

    But the rich are not immune. 

    Advanced economies are spending billions – in damages, and adaptation.

    And without rapid action we’re in for much worse. 

    As the title of today’s debate reminds us, for some, this could be existential:

    Whole islands lost;

    Coastal communities destroyed as lands become uninhabitable and uninsurable.
                   
    Mass displacement can pile pressure on scarce resources elsewhere, inflaming already dire situations.

    Global trade, food systems and supply chains will be battered as ports are damaged, and agricultural land and fisheries ruined.

    Rising seas will reshape not only coastlines, but economies, politics and security too. 

    Excellencies,

    Only drastic action to reduce emissions can limit sea level rise.

    And only drastic action to adapt can keep people safe from rising waters.

    Everyone must be protected by an alert system by 2027 – in line with our Early Warnings for All initiative.

    And all countries must deliver new national climate action plans – or Nationally Determined Contributions – well ahead of COP30 next year.

    These must align with 1.5 degrees, cover all sectors of the economy, and put us on track to phase out fossil fuels, fast and fairly.

    The G20 – responsible for around eighty percent of global emissions – must lead. And align their fossil fuel production and consumption plans with 1.5 degrees.

    Money is indispensable.

    We need a strong finance outcome at COP29 this year – including on new and innovative sources of capital.

    We need significant contributions to the new Loss and Damage Fund – as a step towards climate justice.

    We need developed countries to double adaptation finance to at least $40 billion a year by 2025 – and to show how they will close the adaptation finance gap.

    And we need to reform the Multilateral Development Banks to become bigger, bolder, and able to deliver far more affordable finance to developing countries.

    We made real progress at the Summit of the Future.  We must keep driving that forward – including at the World Summit for Social Development and the Financing for Development conference next year.

    We must also address gaps in our international legal framework concerning sea level rise: to ensure continuing access to resources, while protecting existing maritime boundaries; as well as to protect affected persons and – in extreme scenarios – to address the implications related to statehood.

    Excellencies,

    We cannot leave the hopes and aspirations of billions of people dead in the water. 

    We cannot allow the wholesale destruction of countries and communities.

    It’s time to turn the tide.

    And save ourselves from rising seas.

    Thank you.

    ***
    [all-French]

    Excellences,

    L’humanité navigue en eaux dangereuses.

    Les scientifiques nous disent que le niveau des mers monte aujourd’hui plus rapidement que jamais au cours des 3 000 dernières années, et que cette hausse s’accélère – avec un taux d’augmentation qui a plus que doublé depuis les années 1990.

    Ils nous disent que la cause est claire :

    Les gaz à effet de serre – issus en grande partie de la combustion des énergies fossiles – réchauffent notre planète, dilatent l’eau de mer et font fondre la glace. 

    Mais ils ne peuvent pas nous dire où cela s’arrêtera.

    Cela dépendra des dirigeants du monde actuels.

    Leurs choix détermineront l’ampleur, le rythme et l’impact des futures élévations du niveau des mers.

    Une augmentation des températures de plus de 1,5 degré Celsius au-dessus des niveaux préindustriels pourrait faire franchir au monde des points de bascule dangereux – ce qui pourrait sur le long terme entraîner l’effondrement irréversible des calottes glaciaires du Groenland et de l’Antarctique occidental.

    Dans le pire des scénarios, les personnes vivant aujourd’hui verraient le niveau des mers monter de plusieurs mètres.

    Excellences,

    Près de 900 millions de personnes habitent dans les zones côtières de basse altitude.

    Pour elles, la montée des eaux est synonyme d’une marée de malheurs :

    Des ondes de tempête plus intenses, une érosion des côtes et des inondations côtières ;

    Des communautés submergées, de l’eau douce contaminée, des récoltes ruinées, des infrastructures endommagées, une biodiversité détruite et des économies décimées – avec des secteurs tels que la pêche, l’agriculture et le tourisme qui subissent de plein fouet les effets de la tempête.

    Les plus pauvres et les plus vulnérables sont les plus durement touchés.

    J’ai pu le constater récemment encore dans le Pacifique, où les cyclones détruisent des pans entiers des économies insulaires. En 2015, Vanuatu a subi des dégâts équivalant à plus de la moitié de son PIB.

    Pendant ce temps, au Panama, des centaines de familles insulaires ont dû être relogées sur le continent.

    Au Bangladesh, l’eau salée pollue l’eau potable, détruit les récoltes et crée une menace sanitaire qui peut être mortelle – en particulier pour les femmes enceintes. 

    Dans la ville de Saint-Louis, au Sénégal, des maisons, des écoles, des petites entreprises et des mosquées auraient été abandonnées face à la marée montante.  

    De tels événements se reproduisent partout dans le monde.

    Voilà à quoi ressemble l’injustice climatique. C’est le visage de l’iniquité.

    Mais les riches ne sont pas à l’abri. 

    Les économies avancées dépensent des milliards – en dommages, et en adaptation.

    Et si nous n’agissons pas rapidement, la situation sera bien pire. 

    Comme le rappelle le titre du débat d’aujourd’hui, cette situation représente pour certains une menace existentielle :

    Des îles entières perdues ;

    Des communautés côtières détruites à mesure que les terres deviennent inhabitables et non assurables.
                   
    Les déplacements massifs de population peuvent exercer une pression sur les ressources limitées des régions voisines – et aggraver des situations déjà dramatiques.

    Le commerce mondial, les systèmes alimentaires et les chaînes d’approvisionnement seront mis à mal lorsque les ports seront endommagés et que les terres agricoles et les pêcheries seront ruinées.

    La montée des eaux remodèlera non seulement les côtes, mais aussi les économies, la politique et la sécurité. 

    Excellences,

    Seules des mesures radicales de réduction des émissions peuvent limiter l’élévation du niveau de la mer.

    Et seules des mesures drastiques d’adaptation peuvent mettre les populations à l’abri de la montée des eaux.

    Tout le monde doit être protégé par un système d’alerte d’ici 2027 – conformément à notre initiative « Alertes précoces pour tous ».

    Tous les pays doivent présenter de nouveaux plans d’action nationaux sur le climat – ou contributions déterminées au niveau national – bien avant la COP30 de l’année prochaine.

    Ces plans doivent s’aligner sur le seuil de 1,5 degré, couvrir tous les secteurs de l’économie et nous mettre sur la voie de l’élimination progressive, rapide et équitable, des combustibles fossiles.

    Le G20, responsable d’environ 80 % des émissions mondiales, doit montrer la voie. Il doit aligner ses plans de production et de consommation de combustibles fossiles sur le seuil de 1,5 degré.

    Le financement est indispensable.

    Nous avons besoin de résultats ambitieux en matière de finances à la COP29 de cette année – y compris en termes de sources de capital nouvelles et innovantes.

    Nous avons besoin de contributions significatives au nouveau Fonds pour les pertes et les dommages – une étape essentielle sur le chemin vers la justice climatique.

    Les pays développés doivent doubler le financement en faveur de l’adaptation pour atteindre au moins 40 milliards de dollars par an d’ici 2025 – et démontrer comment ils vont combler le déficit de financement de l’adaptation.

    Enfin, nous devons réformer les Banques multilatérales de développement pour qu’elles deviennent plus grandes, plus audacieuses et capables de fournir des financements beaucoup plus abordables aux pays en développement.

    Nous avons réalisé de réels progrès lors du Sommet de l’avenir. Nous devons continuer à porter ces avancées, notamment lors du Sommet mondial pour le développement social et de la Conférence sur le financement du développement qui se tiendront l’année prochaine.

    Nous devons également combler les lacunes de notre cadre juridique international concernant l’élévation du niveau de la mer : pour garantir un accès continu aux ressources, tout en protégeant les frontières maritimes existantes, ainsi que pour protéger les personnes touchées et, dans les scénarios extrêmes, pour traiter les implications liées à aux statuts d’un État.

    Excellences,

    Nous ne pouvons pas laisser les espoirs et les aspirations de milliards de personnes sans réponse. 

    Nous ne pouvons pas permettre la destruction massive de pays et de communautés.

    Il est temps d’inverser la tendance.

    Et de nous sauver de la montée des eaux.

    Je vous remercie.

    ***
     

    MIL OSI United Nations News –

    September 29, 2024
  • MIL-OSI Asia-Pac: Astronomers map the Differential Rotation of the Sun’s Chromosphere using 100 Years of Kodaikanal Data

    Source: Government of India

    Posted On: 25 SEP 2024 1:31PM by PIB Delhi

    Using 100 years daily records of the Sun at the Kodaikanal Solar Observatory, astronomers have succeeded in mapping, for the very first time, the variation in the rotation speed of the Sun’s chromosphere, from the equator right up to its polar regions. The research can help give a complete picture of the Sun’s inner workings.

    Earth spins like a rigid ball, completing a full rotation every 24 hours. This rotation is the same everywhere on Earth, from bustling Bangalore to the icy plains of Antarctica. The Sun, however, has a completely different story to tell. Being a giant ball of plasma, different parts of the Sun rotate at different speeds, depending on their latitude. It has been known for a long time that the Sun’s equator spins much faster than its poles. It takes the equatorial region only about 25 days to complete one rotation, while the poles take a leisurely 35 days. This difference in rotation speed is called differential rotation. Understanding the intricacies of the variation in rotation speed, as a function of latitude as well as time, is crucial to understand the Sun itself. This is because the interaction of differential rotation with the Sun’s magnetic field is what is behind the solar dynamo, the 11-year solar cycle, and its periods of intense activity that even produce magnetic storms on Earth.

    The discovery of differential rotation dates back to Carrington in the 19th century, who observed that sunspots on the visible surface of the Sun rotated at different speeds depending on their latitude. However, sunspots do not appear at latitudes higher than about 35 degrees north or south of the solar equator, and other methods had to be used to measure differential rotation closer to the polar latitudes. These either relied on spectrographs which are not easy to use for this particular purpose, or had to wait for those rare sunspots that occurred occasionally at higher latitudes. These methods are unsuited to confirm reports how the differential rotation itself varies with time over a solar cycle, etc.

    Astronomers from the Indian Institute of Astrophysics (IIA), an autonomous institute of DST, used solar plages and networks from daily records of the Sun stretching over 100 years, maintained by the Kodaikanal Solar Observatory, operated by the Indian Institute of Astrophysics.  The observatory celebrates its 125th anniversary this year.

    “The Kodaikanal Solar Observatory is just one of two such places in the entire world with such long-term data”, said Muthu Priyal, a co-author of the study, working at IIA.  “We hit on the idea of using solar plages and networks to measure rotation speeds. Images captured at the specific wavelength of 393.3 nanometers (due to the Calcium K spectral line) showcase the lower and middle chromosphere and display prominent features like plages (bright regions) and network cells (convective structures)”, she added.

    Plages, unlike sunspots, are brighter regions with weaker magnetic fields. They reside in the chromosphere, and are significantly larger than sunspots, ranging from 3 to 10 times the size of sunspots. Network features, on the other hand, are embedded with weaker magnetic fields and are about 30,000 km across – slightly larger than individual sunspots but smaller than sunspot groups. Unlike sunspots, both plages and networks are continuously present across the Sun’s surface throughout the solar cycle, allowing the scientists to probe the rotation rate even at the poles.

    The Observatory had meticulously documented the chromosphere using photographic plates and films and this invaluable data has recently been digitized using a large-format CCD camera, making it accessible to researchers worldwide. “We decided to use this treasure trove of information and meticulously extracted data on plages and network features from the images. These features were then categorized based on their location within 10-degree latitude bands across both the Sun’s northern and southern hemispheres”, said Prof Jagdev Singh of IIA, and a co-author of the paper.

    By analyzing this data, the team was able to extract the rotation period of these features at various latitudes. This revealed a clear picture of the Sun’s differential rotation – faster at the equator (13.98 degrees per day) and slower towards the poles (10.5 degrees per day at 80 degrees latitude). Intriguingly, both plages and network features displayed remarkably similar rotation rates. This suggests a potential shared origin of both plages and networks, possibly rooted deep within the Sun’s interior below the photosphere (the visible surface).

    Said Prof. B. Ravindra of IIA, “This work signifies the first-time scientists have successfully utilized chromospheric network cells to map the Sun’s rotation from equator to pole. Understanding the Sun’s differential rotation is crucial for comprehending its magnetic field and activity. This research using chromospheric features paves the way for a more complete picture of the Sun’s inner workings”.

    This paper was published in the Astrophysical Journal, titled “Equator to Pole Solar Chromospheric Differential Rotation Using Ca-K Features Derived from Kodaikanal Data”, and was authored by Kharayat, Hema (Indian Institute of Astrophysics and M.L.K.P.G. College, Balrampur) and Singh, Jagdev, Priyal, Muthu and Ravindra, B. from Indian Institute of Astrophysics.

    Reference The Astrophysical Journal, 968:53 (9pp), 2024 June 20

    Article link: https://automatedtest.iopscience.iop.org/article/10.3847/1538-4357/ad4992

    Figure: This schematic illustrates the Sun’s differential rotation, where surface regions at various latitudes rotate at different speeds.

     

    Figure: Calcium-K spectroheliogram of the Sun, captured at the Kodaikanal Solar Observatory on April 11, 1936. The image highlights the chromosphere, showcasing plages (bright regions) and networks (web-like features) associated with the Sun’s magnetic activity.

    Figure:  This figure depicts the Sun’s differential rotation, where different latitudes rotate at varying speeds. The data points (shown in different colors) represent rotation rates measured using features like plages and different types of network regions in the Sun’s chromosphere.

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    MIL OSI Asia Pacific News –

    September 29, 2024
  • MIL-OSI USA: In Historic Vote, Arctic Caucus Co-Chair Senator King Welcomes First Ambassador to the Arctic

    US Senate News:

    Source: United States Senator for Maine Angus King

    WASHINGTON, D.C. — U.S. Senator Angus King (I-ME), co-chair of the Senate Arctic Caucus, today cast his vote for Michael Sfraga — currently serving as U.S. Arctic Research Commission Chair — to become the country’s first Ambassador at Large for Arctic Affairs, in a Senate vote of 55-36. Until Sfraga’s confirmation, the U.S. has been the only Arctic Nation that did not have a high-level official to represent the county in Arctic negotiations. With America now having formal diplomatic representation, it sends a clear signal to Arctic partners and foes that the country is fully invested in the High North as a strategic hotspot. The region is especially critical with regard to national security and deterrence efforts against known adversaries like China and Russia.

    “The Arctic is emerging as a region of enormous potential, and for far too long America has been on the sidelines — not demonstrating the level of commitment and attention shown by the other Arctic nations. That ends today,” said Senator King. “Not only is the High North drawing additional attention and investment by nations like Norway, Canada, and Russia, but China and India are also making moves in the region — investing millions in icebreakers and critical mineral research, laughably passing themselves off as ‘near Arctic nations.’ While the Arctic has long been considered a ‘zone of peace,’ America has not been represented by a Senate confirmed official bearing the title of ‘Ambassador.’ From now on, when there are conversations had about Arctic affairs, America finally will participate among equals. I thank my Arctic Caucus Co-Chair Lisa Murkowski (R-AK) for her tireless work on this nomination, and now it’s time to truly get to work to advance and defend our Arctic interests.”

    Sfraga brings over 30 years of experience in Arctic issues, and was the founding director of the Polar Institute and served as the Director of the Global Risk and Resilience program at the Woodrow Wilson International Center for Scholars. As an Alaskan and trained geographer, his work has focused the changing geography of Arctic and Antarctic landscapes, as well as the rapidly changing economic, social, environmental and security implications of the region.

    As a member of the Senate Energy and Natural Resources Committee and as Co-Chair of the U.S. Senate Arctic Caucus, Senator King is an advocate for Maine and America’s interests in the North Atlantic and Arctic region. Along with Caucus co-chair Senator Lisa Murkowski (R-AK), King introduced the Arctic Commitment Act earlier last year to improve America’s posture and opportunities in the Arctic. He’s been calling for the appointment of an Arctic Ambassador since 2015, and has continued to press the Administration on the effort this year. King also recently laid out the challenges and opportunities of a warming arctic in an article in the Wilson Quarterly, and in this year’s National Defense Authorization Act, he successfully secured the inclusion of provisions to increase America’s activity and opportunities in the Far North.

    MIL OSI USA News –

    September 29, 2024
  • MIL-OSI USA: Senator Murkowski Welcomes Historic Confirmation for United States Ambassador-at-Large for Arctic Affairs

    US Senate News:

    Source: United States Senator for Alaska Lisa Murkowski

    09.24.24

    Washington, DC – U.S. Senator Lisa Murkowski (R-Alaska), co-chair of the Senate Arctic Caucus, welcomed the historic confirmation of the United States’ first Ambassador-at-Large for Arctic Affairs, Dr. Michael Sfraga. Senator Murkowski was the chief advocate for the creation of the position, which the State Department initiated in 2022. The Senate confirmed Dr. Sfraga’s nomination today.

    “Finally, we have officially joined the rest of the Arctic nations at the table after the Senate confirmed the United States’ first Ambassador-at-Large for Arctic Affairs. The need for this leadership in the Arctic has become even more urgent as we saw last night the fifth publicly reported incursion by Russian military aircraft in Alaska’s Air Defense Identification Zone in the last two weeks,” said Senator Murkowski. “Our new Ambassador will not only help America push back against our adversaries heightened aggression in the Arctic, but will be a critical resource in advocating for economic expansion in this increasingly vital region, committing to do everything in his power to protect American economic and security interests in the Arctic. I congratulate Dr. Michael Sfraga on his confirmation and look forward to the progress he will usher in.”

    Prior to today’s vote, Senator Murkowski spoke on the Senate floor regarding the importance of confirming Dr. Sfraga. A video of her remarks can also be found here.

    Read the full speech below:

    “Mr. President, I have come to the Floor to speak to the nomination of Dr. Mike Sfraga, an Alaskan, to be our nation’s very first Ambassador-at-Large for Arctic Affairs. 

    As the person who recommended Dr. Sfraga, I’ve come to the Floor to reiterate my strong support for his nomination, and to urge the Senate to ensure we are no longer the only Arctic nation that does not have an Arctic ambassador. 

    I want to speak to two specific considerations: why we need to focus on the Arctic, and why Dr. Sfraga is the right person for this important role. 

    First, the Arctic.  I won’t detail the entire history; I would just ask you to think about the past couple months alone. 

    On July 24, Russian and Chinese bombers flew a joint patrol for the first time off the coast of Alaska.  While the Russians regularly fly into our Air Defense Identification Zone, our “ADIZ” – I don’t ever recall hearing of the Chinese flying into the area, let alone on a joint mission.

    The day after Russia and China’s joint exercise, I would have told you that this escalation was the most disturbing thing we’d see this year.  But unfortunately, our adversaries quickly found a way to top that – upping the ante even further.

    On September 10, Russia began its massive, weeklong, worldwide Ocean-24 exercise with hundreds of warships, more than a hundred aircraft, and nearly 100,000 troops.  The exercise, the largest since the fall of the Soviet Union, also saw Chinese participation.  Between its start and end, NORAD and the Air Forces stationed in Alaska detected, tracked, and intercepted four different Russian incursions into the Alaska ADIZ. 

    In previous years, we’ve come to expect six or seven incursions a year.  So think about that: in just five days, our air defenses were tested almost as much as they tend to be tested in any given year.  We are now way ahead on publicly-reported intercepts this year—up to 10, with three months left.

    There has also been an unprecedented level of naval activity off the coast of Alaska.  During that same Russian exercise, the U.S. Coast Guard detected four Russian naval vessels 50 miles to the northwest of Point Hope in Alaska.  The vessels moved to avoid sea ice in the area during their exercise—which is accepted under international law–but that brought them 50 miles into the U.S. Exclusive Economic Zone.

    Hearing that, I can’t help but think back to when Russian warships chased Alaska fishermen out of an area within our EEZ back in August 2020.  And these are hardly isolated incidents.  Last August, the Coast Guard detected and shadowed a Russian intelligence ship operating off the Aleutians.  This past July, the Coast Guard detected and shadowed a Chinese Surface Action Group within our EEZ in the Bering Sea.

    I could also remind the Senate of the Chinese surveillance balloons that transited above Alaska and the Arctic last year. 

    I could remind the Senate of a lot more events and incidents that warrant greater attention, policy, and resources for the Arctic.  

    What I hope we can agree is that this an unprecedented time for the region.  Normally we think of the Arctic as “High North, Low Tension.”  But right now, it’s “High North, Rising Tension.”  And one thing that is absolutely missing is a Senate-confirmed diplomat, who will spend his or her time focused on Arctic issues, working with our allies, and engaging our adversaries. 

    The United States is alone in having inadequate diplomatic representation in the Arctic.  It’s not that no one at State Department is thinking about the region; it’s that no one, at a high level, is specifically tasked with and responsible for and empowered to lead the way. 

    So, we need an Arctic Ambassador.  When we established this position in August 2022, I hoped it would mark a more serious effort to lead and maintain a rules-based order in the region.  But it’s been two years, and only now are we able to confirm a highly capable, well-qualified individual to actually do that work. 

    Which brings me to Dr. Sfraga.  He was nominated in February 2023.  His nomination was favorably reported by the Foreign Relations Committee in March 2024.  And today, we have the chance to confirm him. 

    I would contend that there is no one better suited to be the first person in this role than Dr. Sfraga.  For all of the questions that some have raised about him, I would argue that we know exactly what we are getting. 

    Dr. Sfraga has dedicated himself to a career of service to the Arctic and our nation. 

    He is an accomplished geographer, researcher, and teacher, with a PhD from the University of Alaska.

    He helped establish the University of the Arctic, and co-created and co-led the State Department’s Fulbright Arctic Initiative. 

    He established the Polar Institute at the Wilson Center, which has become the “Arctic Public Square” for high-level conversations about the Far North. 

    And, he Chairs the U.S. Arctic Research Commission, which advises Congress and the President on international Arctic research.

    Dr. Sfraga has decades of experience, deep expertise, and strong relationships with Arctic leaders.  Our allies support him, our Arctic partners support him, Alaskans support him, and I support him.  He is clear-eyed about the strategic realities of the Arctic and the intentions of our adversaries.  He understands how to position the United States to lead in the Arctic and to protect our national security interests.  His vast experience means he knows how to handle Russia and China – across the interagency process and with allies and partners – through a position of strength.

    Some have argued that Dr. Sfraga’s past interactions with regional players disqualify him from serving in this role.  But remember: he’s an Alaskan.  We share a maritime border with Russia.  We used to have regular nonstop air service to Russia.  That’s our part of the world, and when relations were better, it wasn’t uncommon for Alaskans to visit and work with and know people who lived there.

    Dr. Sfraga has been criticized for attending international forums, but remember: he was hardly the only American or U.S. government official in attendance at these events.  He’s just the only one being criticized for it, even though his participation helped give us a voice at those events.

    I also find it fascinating that some have criticized Dr. Sfraga’s past language as advocating for a “competition-free” Arctic.  I can tell you: that is how we spoke about the region for a long time.  We strived to establish a rules-based order that would protect our people and maintain low tensions.  Even former President Trump called for a “competition-free” Arctic.

    The criticisms that Dr. Sfraga has faced are a great way to ensure that the United States never has an Arctic ambassador – or that we ultimately confirm an individual who has never been there, knows little about it, and won’t do anything to protect or advance our strategic interests. 

    To me, that would be a loss.  The Arctic is no longer an isolated, distant region.  It is a place of strategic importance, economic potential, and growing competition.  The United States must be prepared to lead – and that starts with representation.  Personnel is policy, and Dr. Sfraga is ready to take on this important role. 

    I urge the Senate to see through the attacks on Dr. Sfraga.  There is nothing in his past or in his file that is disqualifying.  We know exactly what we are getting; he has been a public figure, sharing his views of the Arctic, for years. 

    I thank those who have already offered their support for Dr. Sfraga, and would encourage the rest of my colleagues to be happy that we aren’t confirming yet another judge—but instead, a qualified Alaskan who can lead on Arctic matters from day one, at a time when that matters more than it has in decades. 

    I urge all of my colleagues to join me in voting yes to confirm Dr. Sfraga and yield the Floor.”

    Background: Senator Murkowski is an internationally recognized leader on Arctic issues and is dedicated to strengthening America’s position as an Arctic nation. In October 2021, she and Senator Angus King (I-ME) introduced the Arctic Diplomacy Act to establish an Assistant Secretary of State for Arctic Affairs.

    Following Senator Murkowski’s persistent advocacy, the State Department announced in August 2022 that “the President plans to elevate the Arctic Coordinator position by appointing an Ambassador-at-Large for the Arctic Region, subject to the advice and consent of the Senate. The Ambassador-at-Large for the Arctic Region will advance U.S. policy in the Arctic, engage with counterparts in Arctic and non-Arctic nations as well as Indigenous groups, and work closely with domestic stakeholders, including state, local, and Tribal governments, businesses, academic institutions, non-profit organizations, other federal government agencies and Congress.”

    Dr. Mike Sfraga is the first nominee for the new Ambassador-At-Large position. His official biography from the U.S. Arctic Research Commission appears below.

    “Dr. Michael Sfraga was the founding director of the Polar Institute and served as the director of the Global Risk and Resilience Program at the Woodrow Wilson International Center for Scholars in Washington, DC. He currently serves as chair and distinguished fellow in the Polar Institute, where his scholarship and public speaking focus on Arctic policy.

    “An Alaskan and a geographer by training, his work focuses on the changing geography of the Arctic and Antarctic landscapes, Arctic policy, and the impacts and implications of a changing climate on political, social, economic, environmental, and security regimes in the Arctic.

    “Sfraga served as distinguished co-lead scholar for the U.S. Department of State’s inaugural Fulbright Arctic Initiative from 2015 to 2017, a complementary program to the U.S. Chairmanship of the Arctic Council; he held the same position from 2017 to 2019. He served as chair of the 2020 Committee of Visitors Review of the Section for Arctic Science (ARC), Office of Polar Programs, National Science Foundation, and currently serves on the Scientific Advisory Council of the Finnish Institute for International Affairs. Sfraga previously served in several academic, administrative, and executive positions at the University of Alaska, including vice chancellor, associate vice president, faculty member, department chair, and associate dean. Sfraga earned the first PhD in geography and northern studies from the University of Alaska Fairbanks.”

    MIL OSI USA News –

    September 29, 2024
  • MIL-OSI USA: Arctic Sea Ice Near Historic Low; Antarctic Ice Continues Decline

    Source: NASA

    Arctic sea ice retreated to near-historic lows in the Northern Hemisphere this summer, likely melting to its minimum extent for the year on Sept.11, 2024, according to researchers at NASA and the National Snow and Ice Data Center (NSIDC). The decline continues the decades-long trend of shrinking and thinning ice cover in the Arctic Ocean.
    The amount of frozen seawater in the Arctic fluctuates during the year as the ice thaws and regrows between seasons. Scientists chart these swings to construct a picture of how the Arctic responds  over time to rising air and sea temperatures and longer melting seasons. Over the past 46 years, satellites have observed persistent trends of more melting in the summer and less ice formation in winter.

    [embedded content]
    This summer, Arctic sea ice decreased to a its minimum extent on September 11, 2024. According to the National Snow and Ice Data Center this is the 7th lowest in the satellite record). The decline continues the long-term trend of shrinking ice cover in the Arctic Ocean.Credit: NASA’s Goddard Space Flight Center

    Tracking sea ice changes in real time has revealed wide-ranging impacts, from losses and changes in polar wildlife habitat to impacts on local communities in the Arctic and international trade routes.
    This year, Arctic sea ice shrank to a minimal extent of 1.65 million square miles (4.28 million square kilometers). That’s about 750,000 square miles (1.94 million square kilometers) below the 1981 to 2010 end-of-summer average of 2.4 million square miles (6.22 million square kilometers). The difference in ice cover spans an area larger than the state of Alaska. Sea ice extent is defined as the total area of the ocean with at least 15% ice concentration.

    This year’s minimum remained above the all-time low of 1.31 million square miles (3.39 million square kilometers) set in September 2012. While sea ice coverage can fluctuate from year to year, it has trended downward since the start of the satellite record for ice in the late 1970s. Since then, the loss of sea ice has been about 30,000 square miles (77,800 square kilometers) per year, according to NSIDC.
    Scientists currently measure sea ice extent using data from passive microwave sensors aboard satellites in the Defense Meteorological Satellite Program, with additional historical data from the Nimbus-7 satellite, jointly operated by NASA and the National Oceanic and Atmospheric Administration (NOAA).

    Nathan Kurtz
    Chief, NASA’s Cryospheric Sciences Laboratory

    Sea ice is not only shrinking, it’s getting younger, noted Nathan Kurtz, lab chief of NASA’s Cryospheric Sciences Laboratory at the agency’s Goddard Space Flight Center in Greenbelt, Maryland.
    “Today, the overwhelming majority of ice in the Arctic Ocean is thinner, first-year ice, which is less able to survive the warmer months. There is far, far less ice that is three years or older now,” Kurtz said.
    Ice thickness measurements collected with spaceborne altimeters, including NASA’s ICESat and ICESat-2 satellites, have found that much of the oldest, thickest ice has already been lost. New research out of NASA’s Jet Propulsion Laboratory in Southern California shows that in the central Arctic, away from the coasts, fall sea ice now hovers around 4.2 feet (1.3 meters) thick, down from a peak of 8.8 feet (2.7 meters) in 1980.

    Sea ice in the southern polar regions of the planet was also low in 2024. Around Antarctica, scientists are tracking near record-low sea ice at a time when it should have been growing extensively during the Southern Hemisphere’s darkest and coldest months.
    Ice around the continent is on track to be just over 6.6 million square miles (16.96 million square kilometers). The average maximum extent between 1981 and 2010 was 7.22 million square miles (18.71 million square kilometers).
    The meager growth so far in 2024 prolongs a recent downward trend. Prior to 2014, sea ice in the Antarctic was increasing slightly by about 1% per decade. Following a spike in 2014, ice growth has fallen dramatically. Scientists are working to understand the cause of this reversal. The recurring loss hints at a long-term shift in conditions in the Southern Ocean, likely resulting from global climate change. 
    “While changes in sea ice have been dramatic in the Arctic over several decades, Antarctic sea ice was relatively stable. But that has changed,” said Walt Meier, a sea ice scientist at NSIDC. “It appears that global warming has come to the Southern Ocean.”
    In both the Arctic and Antarctic, ice loss compounds ice loss. This is due to the fact that while bright sea ice reflects most of the Sun’s energy back to space, open ocean water absorbs 90% of it. With more of the ocean exposed to sunlight, water temperatures rise, further delaying sea ice growth. This cycle of reinforced warming is called ice-albedo feedback.
    Overall, the loss of sea ice increases heat in the Arctic, where temperatures have risen about four times the global average, Kurtz said.

    MIL OSI USA News –

    September 29, 2024
  • MIL-OSI New Zealand: RNZRSA Christmas Parcels head off to deployed New Zealand Defence Force Personnel

    Source: RNZRSA

    Thanks to the RNZRSA, a small piece of New Zealand is on its way to every member of the New Zealand Defence Force deployed overseas this Christmas.

    Those serving personnel can expect some festive cheer from home, thanks to 140 RNZRSA Forces Gift Parcels which are now on the way to deployments around the world including in the Republic of Korea, South Sudan, Egypt, the Middle East and Antarctica.  

    The parcels were packed near Trentham Military Camp yesterday by a busy production line of `elves’ including the Minister for Veterans Hon Chris Penk, Commander Joint Forces New Zealand Major General Rob Krushka, RNZRSA National President Sir Wayne Shelford, staff from the RNZRSA’s National Office and volunteers from the New Zealand Defence Force.  

    Christmas boxes were filled with treats and Kiwi classics donated by the wonderful team from Pams. Each box also contained a poppy and a card handmade by students from Mt Cook and Silverstream Primary Schools in Wellington, to let those serving overseas know the country’s thoughts are with them.  

    Commander Joint Forces New Zealand Major General Rob Krushka, who helped to pack the boxes,  said that these small packages make a big difference to those away from home at Christmas.  

    “We know it’s incredibly tough for our service personnel to be away from their families during special occasions such as birthdays and Christmas. The NZDF are very grateful to the RNZRSA for the packages which bring a little bit of joy to our personnel at what can be a challenging time.”  

    RNZRSA National President, Sir Wayne Shelford said the RNZRSA are proud to continue to support NZDF personnel around the world.  

    “This is the 84th year the RSA has sent these parcels to our military personnel overseas at Christmas. It’s a small thing we can do to thank them for the sacrifice they are making, and to brighten their day a little.  

    We are committed to continuing our support to New Zealand’s veterans of military service, including the more than 60,000 that have served since 1990.”

    Background

    The RSA is incredibly grateful for the generosity of Pams New Zealand and Packaging Products. Pams donate the majority of goodies inside the parcels, and this year included items such as microwave popcorn, party mix lollies, roasted and salted deluxe nut mix, packets of biscuits and much more. Packaging Products print and donate the boxes the goodies are packed in to.

    MIL OSI New Zealand News –

    September 29, 2024
  • MIL-OSI Economics: How Google AI is helping scientists protect humpback whales in Australia

    Source: Google

    Every year, humpback whales migrate up the east coast of Australia to breed, and journey back to Antarctica to feed. During their migration, the whales make calls and sing songs – a grand chorus in the symphony of their ecosystems.

    This underwater soundscape is a valuable and vital window into the health of this species and their habitats. By tracking audio data, scientists can understand migration activity, patterns, mating calls, competitive behaviors and more.

    Your browser does not support the audio element.

    Humpback whale mating call, collected in the Gold Coast

    As part of the Digital Future Initiative, Google Australia is teaming up with Griffith University to implement more precise, comprehensive and efficient monitoring of whale migrations and their ecosystems in Australia – enabled by Google AI and automatic audio detection.

    Researchers Dr Olaf Meynecke from Griffith University’s Whales and Climate Program and Dr Lauren Harrell from Google Research are leading this collaboration.

    Traditional whale research methods have faced limitations in both data collection and analysis. Researchers logged sightings and manually analysed audio recordings, which is time-consuming and does not give a continuous view of whale activity. Moreover, visual sightings can only be logged during daylight, and tracking the evolving vocal dialects of whales across different regions and seasons is a complex task.

    With this new collaboration, researchers have deployed hydrophones — underwater microphones — and Google AI powered audio detection systems to monitor the sounds and songs of humpback whales and their habitats.

    A seal swimming around a hydrophone off the South Coast, NSW

    Hydrophones allow us to tune into marine soundscapes and continuously collect underwater audio data all day and all night, through the entire humpback migration season. Google’s AI technology processes this data, automatically detecting whale sounds, marking their location in time and classifying the species. This frees researchers from the minutiae and laborious manual work, so they can look at the big picture, uncover insights and explore new research frontiers.

    Dr Olaf Meynecke deploying a hydrophone in Terrigal, NSW

    Curtin University’s Centre for Marine Science and Technology is supporting the collection and labeling of acoustic data, and a range of local citizen science groups will assist with monitoring each of the hydrophone sites. The AI model will eventually be open-sourced on Kaggle and GitHub, benefiting other whale and marine researchers worldwide.

    While our current focus is on monitoring humpback whale sounds, the potential of this AI model extends far beyond. We’ll look to build on the model to detect the sounds of diverse marine species, from fish to dolphins and seals. These advancements will open up uncharted territories of research that could help protect these magnificent creatures and their habitats for generations to come.

    Posted in:

    MIL OSI Economics –

    September 29, 2024
  • MIL-OSI Australia: Understanding Antarctica’s contribution to sea level rise

    Source: Australian Government – Antarctic Division

    Over the next decades to centuries, will melting of the Antarctic Ice Sheet (AIS) – Earth’s largest ice mass – cause global sea level to rise by five metres, two metres or less?
    It’s a difficult question to answer. The Antarctic and Southern Ocean environment is dynamic and unpredictable. This means that there is uncertainty in our understanding of the behaviour of the AIS and what this means for future sea-level rise.
    Now scientists from Australia, the United States and Canada, have identified actions that will help reduce uncertainties about the future behaviour of the ice sheet and sea-level rise projections.
    Their work will also guide research to reduce the uncertainties faced by policymakers, decision-makers and communities needing to plan and adapt to a changing world.

    Sources of uncertainty
    The team of researchers, led by Australian Antarctic Division glaciologist Dr Ben Galton-Fenzi, reviewed research on the key processes and potential feedbacks that can accelerate AIS retreat.
    “We examined how Antarctica will contribute to sea-level change in the coming decades to centuries and where the uncertainties lie that make it difficult to project future behaviour of the ice sheet,” Dr Galton-Fenzi said.
    “Then we looked at what processes and regions should be the focus of future scientific research to reduce these uncertainties.”
    If the AIS were to completely melt, global sea levels would rise by about 58 metres. The huge East Antarctic Ice Sheet (covering two thirds of the continent) would contribute about 52 metres of this sea-level rise, while the West Antarctic Ice Sheet and the Antarctic Peninsula would make up the rest.
    In the simplest terms, the Antarctic Ice Sheet grows due to snowfall that compresses into ice, and shrinks due to iceberg calving and melting from beneath the ice shelves.
    However, there are many complex interactions and feedback mechanisms involved in these physical processes and how the ice moves that make it difficult to predict ice sheet behaviour. Critical thresholds if they are crossed can dramatically amplify the contribution of Antarctica to sea-level rise.
    Also contributing to the uncertainty are limitations with current climate and ice sheet models in simulating these physical processes and feedback mechanisms, and a lack of data that can capture physical processes at the right time and spatial scales.
    Sea-level rise is also uneven across the globe due to what are known as “gravitational, rotational and deformational effects”.
    “When the Antarctic Ice Sheet loses mass from ice melting into the ocean, it weakens the gravitational pull of the continent, causing the sea level to drop close to the continent, but rise in more distant locations,” Dr Galton-Fenzi said.
    “The loss of ice mass and the redistribution of water in the ocean also cause changes in the rotation and shape of the Earth, which adds to the spatial variability in sea level.”
    Areas for action
    Among the priority areas for future research identified by the team are high resolution measurements focused on regions thought to be particularly vulnerable to rapid change, to better understand the physical processes impacting on the ice sheet.
    Improved understanding based on these observations can then be used to improve models and analytical tools which, in turn, improve projections of sea-level rise that can inform effective policy decisions.
    “By reducing the uncertainties associated with the Antarctic Ice Sheet and sea-level rise, we’ll give policymakers and decision-makers better information to develop coastal planning measures, resilient infrastructure and adaption strategies,” Dr Galton-Fenzi said.
    “Interdisciplinary and international collaboration, particularly in regions vulnerable to rapid retreat in the East Antarctic Ice Sheet, will enhance our overall research quality and accelerate progress in reducing the level of uncertainty.”
    The research will appear in Antarctica and the Earth System, published by Taylor & Francis Group, in early 2025.
    More information

    Galton-Fenzi, B.K., Gold, M. and Souter, D. (2024) Outlook for Policy Makers: The Antarctic Ice Sheet and Sea Level, Australian Antarctic Division Data Centre. [PDF link below]
    Opening the floodgates – a science briefing on Antarctica and sea-level rise 
    Galton-Fenzi, B.K., H. A. Fricker, J.N. Bassis, A.J. Crawford, N. Gomez and C. Schoof. (In press, 2025) The Antarctic Ice Sheet and sea level: contemporary changes and future projections, in M. Meredith, J. Melbourne-Thomas, M. Raphael and A. Naveira Garabato (eds), “Antarctica and Planet Earth”, Taylor & Francis Group. (Link when published: https://doi.org/10.4324/9781003406471)

    This content was last updated 1 minute ago on 24 September 2024.

    MIL OSI News –

    September 29, 2024
  • MIL-OSI Asia-Pac: Ministry of Earth Sciences Gears Up for The Special Campaign 4.0 – Promoting Cleanliness and Effective Governance

    Source: Government of India

    Posted On: 22 SEP 2024 9:11AM by PIB Delhi

    The Ministry of Earth Sciences (MoES) has begun preparations for Special Campaign 4.0, promoting cleanliness and effective governance. Special Campaign 4.0, aligned with the Swachh Bharat vision of the Prime Minister, Shri Narendra Modi, will be implemented at MoES headquarters in New Delhi and its institutes spread across the country from October 2ndto 31st, 2024. The preparatory phase of the Special Campaign 4.0 has begun at the Ministry and will run from September 16thto 30th, 2024.

    All institutions, including autonomous bodies, attached and sub-ordinate offices to the Ministry, have been issued guidelines to execute Special Campaign 4.0 effectively.  Emphasis has been drawn on identifying cleanliness campaign sites, scrap and redundant items, pending official references, grievances and appeals, planning for space and record management, and beautifying office space. These efforts underline the importance of efficiency, transparency, and waste management in government functioning.

    The Special Campaign 4.0 is the Government of India’s nationwide drive to enhance workplace cleanliness, promote sustainable practices, and optimise the disposal of pending matters. It seeks to reduce pendency in government offices, promote effective record management, and ensure the cleanliness of public spaces and workplaces.

    MoES, the key ministry for advancing research, knowledge and services on earth system sciences, will focus on the following activities during Special Campaign 4.0:

    • MoES and its institutes will conduct specialised cleanliness (Swachhata) drives, including at its research stations in the Arctic (Himadri) and the Antarctic (Bharati and Maitri) and ocean research vessels. These activities will be co-hosted in the ongoing Swachhata hi Sewa campaign. MoES will facilitate beach cleaning drives at around 80 locations, promoting mass public participation and awareness.
    • MoES will prioritise identifying and redressing pending references and public grievances and appeals in line with the campaign’s goal of streamlining governance.
    • Focus will also be placed on space and record management, including review and closure/weeding out of old files, scrap disposal and identifying rules and processes for simplification, thereby enhancing efficiency and transparency.
    • MoES will more effectively streamline internal processes through e-office, reducing dependency on paperwork and promoting digital governance.

    Updates and achievements of MoES as part of the Special Campaign 4.0 shall be available on Central Monitoring Portal (https://scdpm.nic.in/) of the Department of Administrative Reforms and Public Grievances (DARPG). It will also be communicated through MoES social media handles (@moesgoi on X.com, Facebook, Instagram, and LinkedIn, hashtag #SpecialCampaign4.0) in the interest of public information and awareness. 

    *****

    AG

    (Release ID: 2057465) Visitor Counter : 35

    MIL OSI Asia Pacific News –

    September 29, 2024
  • MIL-OSI USA: SCHUMER, CONTINUING HIS PUSH TO LAND NEW SKI-BIRD FLEET AT SCHENECTADY COUNTY’S STRATTON AIR NATIONAL GUARD BASE, BRINGS NATIONAL SCIENCE FOUNDATION DIRECTOR TO U.S. CAPITOL TO BUILD SUPPORT IN THE…

    US Senate News:

    Source: United States Senator for New York Charles E Schumer
    Schumer Made Major Breakthrough After Visiting Stratton Air National Guard Base Earlier This Year Securing $229M In Senate Approps, But In Order For $$ To Become Law The House Needs To Agree To This Measure, Which Is Currently Not Included In Their Bill
    Schumer Brought NSF And NY National Guard Top Brass, Who Rely On These Planes For Scientific Research And Maintaining American Competition With China And Russia, To Capitol To Discuss Need For New Ski-Bird Planes To Ensure We Can Continue Missions To Arctic And Antarctic For National Security
    Schumer: We Are The Closest We’ve Ever Been To Landing New Ski-Birds For The 109th Airlift Wing & We Need Everyone To Get On Board To Support This Funding
    After securing $229 million in the Senate’s FY2025 defense appropriations bill to replace the 109th Airlift Wing’s (AW) two oldest LC-130H aircraft, U.S. Senate Majority Leader Chuck Schumer this week brought National Science Foundation (NSF) Director Dr. Sethuraman Panchanathan and Major General Ray Shields, Adjutant General for the State of New York, to the U.S. Capitol to build support and describe the need for the House to follow the Senate and back funding to recapitalize the Ski-Bird fleet for the Stratton Air National Guard in Schenectady County.
    “Upgrading the 109th Airlift Wing’s Ski-Bird fleet based in Schenectady is critical for our national security and the National Science Foundation’s polar research mission. That is why I personally brought NSF Director Panchanathan and Major General Ray Shields to the Capitol to highlight the need to land new Ski-Birds in the Capital Region ASAP. Stratton Air National Guard and the 109th Airlift Wing is the only military unit in the world that flies these aircraft and they need the House to back up the funding I was able to secure in the Senate,” said Senator Schumer. “For more than thirty years, the old LC-130H planes have been in service in harsh environments, but now their state of disrepair is threatening aircrew safety and the 109th AW’s mission success. I landed $229 million in federal funding in the Senate’s FY2025 Defense Appropriations bill so now we need the House to follow suit. The brave men and women of the 109th Airlift Wing cannot wait, and I’ll keep fighting tooth and nail for the inclusion of this funding in end-of-year appropriations so we can finally bring brand new J model LC-130s to the Capital Region.”
    At the meeting Schumer convened at the U.S. Capitol they had a wide range of panelists who highlighted the tremendous need for upgrading the ski-bird fleet including: Dr. Sethuraman Panchanathan, Director, National Science Foundation; Major General Ray Shields, Adjutant General, New York National Guard; Dr. Jean Cottam Allen, Acting Director, Office of Polar Programs at the NSF; Stephanie Short, Section Head, Antarctic Infrastructure and Logistics at the NSF; Jennifer Mercer, Section Head, Arctic Sciences at the NSF; Brig. Gen. Gary Charlton II, Assistant Adjutant General (Air), NYANG; and Col Steve Slosek, 109th Airlift Wing, NYANG. Then, panelists covered how the 109th AW’s Ski-Bird mission is crucial to both scientific research and national security, discussing the significant and immediate consequences it would yield if Congress fails to recapitalize the fleet and the aircraft enters restricted flight status. Now, Schumer and these top leaders are advocating for the House to match the Senate Defense Appropriations bill and support its inclusion in the final FY25 appropriations package.
    National Science Foundation Director Dr. Panchanathan said, “The U.S. National Science Foundation’s leadership in both polar regions not only keeps the U.S. at the forefront of critical areas of science and innovation, it also maintains the United States as the dominant global year-round presence in the Arctic and Antarctic. This would not be possible without the LC-130H aircraft and the brave and dedicated servicemembers of the New York Air National Guard and the 109th Air Lift Wing. Together, they provide a unique and invaluable service that allows us to reach the most remote parts of the polar regions. Without this capability, our leadership and presence would be at risk, and the world-class science we invest in, from glaciology to astrophysics would not be possible. I am grateful to Sen. Schumer, the New York delegation, and Congress for continued support to make sure the United States remains the global leader in the Arctic and Antarctic.”  
    “Today Senator Schumer hosted a meeting and panel discussion to address the urgent need to recapitalize the New York Air National Guard’s aging fleet of LC-130H Ski Birds.  The event included the Director of the National Science Foundation as well as key leaders from their Office of Polar Programs.  Senator Schumer was instrumental in securing $229 million in the Senate’s FY-2025 appropriations bill.  The panel and the discussion continued the efforts of Senator Schumer and New York’s Congressional delegation to ensure the critical mission of the 109th Air Wing and their vital National Security and science support missions have the aircraft required. We appreciate Senator Schumer’s steadfast support and commitment to our recapitalization efforts,” said Major General Shields.
    Schumer explained that with these planes quickly approaching the end of their service life—and following his successful efforts to authorize funding for the procurement of two new J model LC-130 aircraft in the Senate’s National Defense Authorization Act (NDAA) for Fiscal Year 2025 (FY25), securing this funding in the final end-of-year appropriations bills is a national security priority for New York. The senator explained that the $229 million in the Senate bill will support the procurement of two LC-130J Ski-Birds, as well as essential engineering work to accelerate the design and development of the J model’s capabilities.
    Earlier this year, Schumer wrote to Secretary of the Air Force Frank Kendall to urge the Air Force to prioritize recapitalizing the LC-130H fleet and in April, he personally visited the 109th Airlift Wing—the only U.S. military unit in the world that flies these aircraft—in person to double down on the urgent need to recapitalize the LC-130H fleet and formally launch his push to secure federal funding for the procurement of two new LC-130Js in the FY25 appropriations cycle. As he explained during his visit and with the top leaders during the meeting he convened in the Capitol this week, this funding is critical for protecting U.S. national security interests, enhancing U.S. competitiveness with Russia and the People’s Republic of China (PRC), maximizing aircrew safety, and continuing to support cutting-edge research in the polar regions which includes finding solutions to limit global warming and combat climate change.
    “As I have repeatedly said, we need to ensure that we deliver new Ski-Birds for the 109th as soon as possible. Now that we’ve secured more than $200 million for LC-130H recapitalization in both the FY25 Senate NDAA and defense appropriations bill, the House needs to follow suit so that new planes can land in the Capital Region. The National Science Foundation and the NY National Guard both agree, and we are closer than we have ever been. ” added Schumer.
    Schumer explained that after more than 30 years, these planes—several of which were built in the 1970s and operate on technology developed in the 1950s—are rapidly approaching the end of their service life, jeopardizing mission success, aircrew and operator safety, and U.S. national security. Schumer said the airplanes often suffer reliability issues and high maintenance costs, with only five planes out of the ten total in the fleet being mission-capable at any given time. Additionally, nearly all of the aircraft in the fleet have parts that require total replacement, but the 109th AW is unable to make the necessary fixes because those parts are no longer in production due to the aircraft’s age and commodity. With both U.S. Northern Command (NORTHCOM), which oversees the polar airlift mission, and 109th AW, which supports the NSF’s polar science research missions and is the only U.S. military unit in the world that flies these planes, expressing the urgent need to recapitalize, Schumer took action to push for this major federal funding and upgrade the fleet to support U.S. national security and scientific research.
    The LC-130 is also a necessity for maintaining and strengthening the United States’ presence, operations, and research in the Arctic and Antarctica. The Arctic is a region of growing strategic importance, and to compete on a global scale, especially with China and Russia who are expanding their presence in the region, it is vital that the U.S. has the advanced capabilities needed to expand its presence in the region.

    MIL OSI USA News –

    September 29, 2024
  • MIL-OSI New Zealand: Snapper catch limits up, orange roughy down

    Source: New Zealand Government

    Catch limits for several fisheries will be increased following a review that shows stocks of those species are healthy and abundant.

    The changes are being made as part of Fisheries New Zealand’s biannual sustainability review, which considers catch limits and management settings across New Zealand’s fisheries.

    “Scientific evidence and information about our snapper stocks tells us these fisheries are thriving and abundant,” Oceans and Fisheries Minister Shane Jones says.

    “More of the fish can be sustainably harvested, which is why recreational allowances and commercial catch limits for some snapper stocks will be increased.

    “Making the most of these abundant fisheries benefits those who make a living from our fisheries, and the economy,” Mr Jones says.

    Other changes include increases in the recreational and commercial take in the Kaikōura pāua fishery, but also an increase in the minimum size.

    “The pāua in this fishery continues to become healthier, following its devastation in the Kaikōura earthquakes.

    “To make sure this fishery continues to do well by protecting more spawning pāua, I have increased the minimum size for pāua there from 125mm to 130mm.”

    While some fisheries are doing well, others require reduced catch limits. 

    “A recent assessment of the Challenger Plateau orange roughy stock (ORH 7A) has suggested current harvest is no longer sustainable so the commercial catch limit has been cut.

    “Commercial catch limits and allowances for the Southland blue cod stock (BCO 5) have also been reduced. Blue cod is a popular fish for New Zealanders, and these reductions will help ensure this fishery is sustainable and can be enjoyed in future,” Mr Jones says.

    Decisions are based on the best available scientific information about the stocks, as well as input from iwi and public feedback.

    “I’d like to acknowledge everyone who provided feedback on the proposals. Submissions from tangata whenua, recreational and commercial fishers, environmental groups, and the public play an important part in the advice I receive and the decisions made,” Mr Jones says.

    More information can be found on Fisheries New Zealand’s website at: https://www.mpi.govt.nz/consultations/review-of-sustainability-measures-for-fisheries-october-2024-round/  

    Summary of the stocks with catch limit increases:

    • Snapper (SNA 2, 7 & 8) – west coast North and South Island, top of the South Island, and East Cape to south coast of Wellington
    • Pāua (PAU 3A) – Kaikōura
    • Kina (SUR 3) – east coast South Island
    • Kingfish (KIN 3) – east coast South Island, Southland, and Sub-Antarctic
    • Leatherjacket (LEA 3) – east coast South Island, Southland, and Sub-Antarctic
    • Rig (SPO 2) – East Cape to south coast of Wellington
    • Elephantfish (ELE 7) – West Coast and top of the South Island
    • Jack mackerel (JMA 7) – west coasts North and South Islands
    • Kingfish (KIN 7 & 8) – west coasts North and South Islands
    • Pilchard (PIL 8) – west coast North Island

    Summary of the stocks with catch limit decreases:

    • Orange roughy (ORH 7A) – Challenger Plateau
    • Blue cod (BCO 5) – Southland
    • John dory (JDO 2) – East Cape to Taranaki
    • Flatfish (FLA 7) – West Coast and top of the South Island
    • Pilchard (PIL 7) – West Coast and top of the South Island

    Stocks with adjustments to deemed value rates:

    • Silver warehou (SWA 3 & 4) – east coast South Island, Chatham Islands, Southland, and Sub-Antarctic
    • Snapper (SNA 8) – west coast North Island

    MIL OSI New Zealand News –

    September 29, 2024
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