Category: Asia

  • MIL-OSI Analysis: Hurricane Helene set up future disasters, from landslides to flooding – cascading hazards like these are upending risk models

    Source: The Conversation – USA – By Brian J. Yanites, Associate Professor of Earth and Atmospheric Science. Professor of Surficial and Sedimentary Geology, Indiana University

    The Carter Lodge hangs precariously over the flood-scoured bank of the Broad River in Chimney Rock Village, N.C., on May 13, 2025, eight months after Hurricane Helene. AP Photo/Allen G. Breed

    Hurricane Helene lasted only a few days in September 2024, but it altered the landscape of the Southeastern U.S. in profound ways that will affect the hazards local residents face far into the future.

    Mudslides buried roads and reshaped river channels. Uprooted trees left soil on hillslopes exposed to the elements. Sediment that washed into rivers changed how water flows through the landscape, leaving some areas more prone to flooding and erosion.

    Helene was a powerful reminder that natural hazards don’t disappear when the skies clear – they evolve.

    These transformations are part of what scientists call cascading hazards. They occur when one natural event alters the landscape in ways that lead to future hazards. A landslide triggered by a storm might clog a river, leading to downstream flooding months or years later. A wildfire can alter the soil and vegetation, setting the stage for debris flows with the next rainstorm.

    Satellite images before (top) and after Hurricane Helene (bottom) show how the storm altered landscape near Pensacola, N.C., in the Blue Ridge Mountains.
    Google Earth, CC BY

    I study these disasters as a geomorphologist. In a new paper in the journal Science, I and a team of scientists from 18 universities and the U.S. Geological Survey explain why hazard models – used to help communities prepare for disasters – can’t just rely on the past. Instead, they need to be nimble enough to forecast how hazards evolve in real time.

    The science behind cascading hazards

    Cascading hazards aren’t random. They emerge from physical processes that operate continuously across the landscape – sediment movement, weathering, erosion. Together, the atmosphere, biosphere and the earth are constantly reshaping the conditions that cause natural disasters.

    For instance, earthquakes fracture rock and shake loose soil. Even if landslides don’t occur during the quake itself, the ground may be weakened, leaving it primed for failure during later rainstorms.

    That’s exactly what happened after the 2008 earthquake in Sichuan Province, China, which led to a surge in debris flows long after the initial seismic event.

    A strong aftershock after a 7.8 magnitude earthquake in Sichuan province, China, in May 2008 triggered more landslides in central China.
    AP Photo/Andy Wong

    Earth’s surface retains a “memory” of these events. Sediment disturbed in an earthquake, wildfire or severe storm will move downslope over years or even decades, reshaping the landscape as it goes.

    The 1950 Assam earthquake in India is a striking example: It triggered thousands of landslides. The sediment from these landslides gradually moved through the river system, eventually causing flooding and changing river channels in Bangladesh some 20 years later.

    An intensifying threat in a changing world

    These risks present challenges for everything from emergency planning to home insurance. After repeated wildfire-mudslide combinations in California, some insurers pulled out of the state entirely, citing mounting risks and rising costs among the reasons.

    Cascading hazards are not new, but their impact is intensifying.

    Climate change is increasing the frequency and severity of wildfires, storms and extreme rainfall. At the same time, urban development continues to expand into steep, hazard-prone terrain, exposing more people and infrastructure to evolving risks.

    The rising risk of interconnected climate disasters like these is overwhelming systems built for isolated events.

    Yet climate change is only part of the equation. Earth processes – such as earthquakes and volcanic eruptions – also trigger cascading hazards, often with long-lasting effects.

    Mount St. Helens is a powerful example: More than four decades after its eruption in 1980, the U.S. Army Corps of Engineers continues to manage ash and sediment from the eruption to keep it from filling river channels in ways that could increase the flood risk in downstream communities.

    Rethinking risk and building resilience

    Traditionally, insurance companies and disaster managers have estimated hazard risk by looking at past events.

    But when the landscape has changed, the past may no longer be a reliable guide to the future. To address this, computer models based on the physics of how these events work are needed to help forecast hazard evolution in real time, much like weather models update with new atmospheric data.

    A March 2024 landslide in the Oregon Coast Range wiped out trees in its path.
    Brian Yanites, June 2025
    A drone image of the same March 2024 landslide in the Oregon Coast Range shows where it temporarily dammed the river below.
    Brian Yanites, June 2025

    Thanks to advances in Earth observation technology, such as satellite imagery, drone and lidar, which is similar to radar but uses light, scientists can now track how hillslopes, rivers and vegetation change after disasters. These observations can feed into geomorphic models that simulate how loosened sediment moves and where hazards are likely to emerge next.

    Researchers are already coupling weather forecasts with post-wildfire debris flow models. Other models simulate how sediment pulses travel through river networks.

    Cascading hazards reveal that Earth’s surface is not a passive backdrop, but an active, evolving system. Each event reshapes the stage for the next.

    Understanding these connections is critical for building resilience so communities can withstand future storms, earthquakes and the problems created by debris flows. Better forecasts can inform building codes, guide infrastructure design and improve how risk is priced and managed. They can help communities anticipate long-term threats and adapt before the next disaster strikes.

    Most importantly, they challenge everyone to think beyond the immediate aftermath of a disaster – and to recognize the slow, quiet transformations that build toward the next.

    Brian J. Yanites receives funding from the National Science Foundation.

    ref. Hurricane Helene set up future disasters, from landslides to flooding – cascading hazards like these are upending risk models – https://theconversation.com/hurricane-helene-set-up-future-disasters-from-landslides-to-flooding-cascading-hazards-like-these-are-upending-risk-models-259502

    MIL OSI Analysis

  • MIL-OSI Analysis: Hurricane Helene set up future disasters, from landslides to flooding – cascading hazards like these are now upending risk models

    Source: The Conversation – USA – By Brian J. Yanites, Associate Professor of Earth and Atmospheric Science. Professor of Surficial and Sedimentary Geology, Indiana University

    The Carter Lodge hangs precariously over the flood-scoured bank of the Broad River in Chimney Rock Village, N.C., on May 13, 2025, eight months after Hurricane Helene. AP Photo/Allen G. Breed

    Hurricane Helene lasted only a few days in September 2024, but it altered the landscape of the Southeastern U.S. in profound ways that will affect the hazards local residents face far into the future.

    Mudslides buried roads and reshaped river channels. Uprooted trees left soil on hillslopes exposed to the elements. Sediment that washed into rivers changed how water flows through the landscape, leaving some areas more prone to flooding and erosion.

    Helene was a powerful reminder that natural hazards don’t disappear when the skies clear – they evolve.

    These transformations are part of what scientists call cascading hazards. They occur when one natural event alters the landscape in ways that lead to future hazards. A landslide triggered by a storm might clog a river, leading to downstream flooding months or years later. A wildfire can alter the soil and vegetation, setting the stage for debris flows with the next rainstorm.

    Satellite images before (top) and after Hurricane Helene (bottom) show how the storm altered landscape near Pensacola, N.C., in the Blue Ridge Mountains.
    Google Earth, CC BY

    I study these disasters as a geomorphologist. In a new paper in the journal Science, I and a team of scientists from 18 universities and the U.S. Geological Survey explain why hazard models – used to help communities prepare for disasters – can’t just rely on the past. Instead, they need to be nimble enough to forecast how hazards evolve in real time.

    The science behind cascading hazards

    Cascading hazards aren’t random. They emerge from physical processes that operate continuously across the landscape – sediment movement, weathering, erosion. Together, the atmosphere, biosphere and the earth are constantly reshaping the conditions that cause natural disasters.

    For instance, earthquakes fracture rock and shake loose soil. Even if landslides don’t occur during the quake itself, the ground may be weakened, leaving it primed for failure during later rainstorms.

    That’s exactly what happened after the 2008 earthquake in Sichuan Province, China, which led to a surge in debris flows long after the initial seismic event.

    A strong aftershock after a 7.8 magnitude earthquake in Sichuan province, China, in May 2008 triggered more landslides in central China.
    AP Photo/Andy Wong

    Earth’s surface retains a “memory” of these events. Sediment disturbed in an earthquake, wildfire or severe storm will move downslope over years or even decades, reshaping the landscape as it goes.

    The 1950 Assam earthquake in India is a striking example: It triggered thousands of landslides. The sediment from these landslides gradually moved through the river system, eventually causing flooding and changing river channels in Bangladesh some 20 years later.

    An intensifying threat in a changing world

    These risks present challenges for everything from emergency planning to home insurance. After repeated wildfire-mudslide combinations in California, some insurers pulled out of the state entirely, citing mounting risks and rising costs among the reasons.

    Cascading hazards are not new, but their impact is intensifying.

    Climate change is increasing the frequency and severity of wildfires, storms and extreme rainfall. At the same time, urban development continues to expand into steep, hazard-prone terrain, exposing more people and infrastructure to evolving risks.

    The rising risk of interconnected climate disasters like these is overwhelming systems built for isolated events.

    Yet climate change is only part of the equation. Earth processes – such as earthquakes and volcanic eruptions – also trigger cascading hazards, often with long-lasting effects.

    Mount St. Helens is a powerful example: More than four decades after its eruption in 1980, the U.S. Army Corps of Engineers continues to manage ash and sediment from the eruption to keep it from filling river channels in ways that could increase the flood risk in downstream communities.

    Rethinking risk and building resilience

    Traditionally, insurance companies and disaster managers have estimated hazard risk by looking at past events.

    But when the landscape has changed, the past may no longer be a reliable guide to the future. To address this, computer models based on the physics of how these events work are needed to help forecast hazard evolution in real time, much like weather models update with new atmospheric data.

    A March 2024 landslide in the Oregon Coast Range wiped out trees in its path.
    Brian Yanites, June 2025
    A drone image of the same March 2024 landslide in the Oregon Coast Range shows where it temporarily dammed the river below.
    Brian Yanites, June 2025

    Thanks to advances in Earth observation technology, such as satellite imagery, drone and lidar, which is similar to radar but uses light, scientists can now track how hillslopes, rivers and vegetation change after disasters. These observations can feed into geomorphic models that simulate how loosened sediment moves and where hazards are likely to emerge next.

    Researchers are already coupling weather forecasts with post-wildfire debris flow models. Other models simulate how sediment pulses travel through river networks.

    Cascading hazards reveal that Earth’s surface is not a passive backdrop, but an active, evolving system. Each event reshapes the stage for the next.

    Understanding these connections is critical for building resilience so communities can withstand future storms, earthquakes and the problems created by debris flows. Better forecasts can inform building codes, guide infrastructure design and improve how risk is priced and managed. They can help communities anticipate long-term threats and adapt before the next disaster strikes.

    Most importantly, they challenge everyone to think beyond the immediate aftermath of a disaster – and to recognize the slow, quiet transformations that build toward the next.

    Brian J. Yanites receives funding from the National Science Foundation.

    ref. Hurricane Helene set up future disasters, from landslides to flooding – cascading hazards like these are now upending risk models – https://theconversation.com/hurricane-helene-set-up-future-disasters-from-landslides-to-flooding-cascading-hazards-like-these-are-now-upending-risk-models-259502

    MIL OSI Analysis

  • MIL-OSI Africa: Minister of State for International Cooperation Meets British Officials

    Source: Government of Qatar

    London, June 26, 2025

    HE Minister of State for International Cooperation Maryam bint Ali bin Nasser Al Misnad met on Thursday with HE CEO of the World Humanitarian Forum Feraye Ozfescioglu, HE Lord of Wimbledon, former Minister of State for the Middle East, South Asia and United Nations at the UK Foreign, Commonwealth and Development Office Lord Tariq Ahmad, and member of the Advisory Board of the World Humanitarian Forum Richard Hawkes, on the sidelines of the World Humanitarian Forum, held in London, UK.

    During the meeting, cooperation relations were discussed, as well as ways to support and enhance them, in addition to several topics of mutual interest.

    HE Ambassador of the State of Qatar to the United Kingdom and Northern Ireland Sheikh Abdullah bin Mohammed bin Saud Al-Thani attended the meeting.

    MIL OSI Africa

  • MIL-OSI China: Tokyo stocks rise as concern eases over U.S. tariff

    Source: People’s Republic of China – State Council News

    Tokyo stocks ended higher Friday for a fourth straight day, with the Nikkei closing above the 40,000 line for the first time since January, as concern over hefty U.S. tariffs eased.

    Japan’s benchmark Nikkei stock index, the 225-issue Nikkei Stock Average, ended up 566.21 points, or 1.43 percent, from Thursday at 40,150.79, its highest level since Dec. 27.

    The broader Topix index, meanwhile, finished 35.85 points, or 1.28 percent, higher at 2,840.54.

    The Nikkei index briefly climbed over 600 points after the U.S. administration said Thursday that President Donald Trump could extend a 90-day pause on so-called reciprocal tariffs set to expire July 9, analysts said.

    Investors also welcomed the easing of tensions in the Middle East, as the cease-fire agreed earlier in the week by Israel and Iran appeared to be holding.

    MIL OSI China News

  • MIL-OSI: SB Financial Group, Inc. Announces Schedule for Second Quarter 2025 Results

    Source: GlobeNewswire (MIL-OSI)

    DEFIANCE, Ohio, June 27, 2025 (GLOBE NEWSWIRE) — SB Financial Group, Inc. (NASDAQ: SBFG), a diversified financial services company providing full-service community banking, mortgage banking, wealth management, private client and title insurance services, expects to release its second quarter 2025 financial results on Thursday, July 24, 2025, after the close of the market. The company will hold a related conference call and webcast on Friday, July 25, 2025, at 11:00 a.m. EDT.

    Interested parties may access the conference call by dialing 888-338-9469 and requesting the “SB Financial Group Conference Call.” The conference call will also be webcast live at ir.yourstatebank.com. An audio replay of the call will be available on the SB Financial Group website.

    About SB Financial Group
    Headquartered in Defiance, Ohio, SB Financial is a diversified financial services holding company for the State Bank & Trust Company (State Bank) and SBFG Title, LLC dba Peak Title (Peak Title). State Bank provides a full range of financial services for consumers and small businesses, including wealth management, private client services, mortgage banking and commercial and agricultural lending, operating through a total of 26 offices: 24 in ten Ohio counties and two in Northeast, Indiana, and 26 ATMs. State Bank has six loan production offices located throughout the Tri-State region of Ohio, Indiana and Michigan. Peak Title provides title insurance and title opinions throughout the Tri-State and Kentucky. SB Financial’s common stock is listed on the NASDAQ Capital Market with the ticker symbol “SBFG”.

    Investor Contact Information:

    Mark A. Klein
    Chairman, President and Chief Executive Officer
    419-783-8920

    Anthony V. Cosentino
    Executive Vice President and Chief Financial Officer
    419-785-3663

    The MIL Network

  • MIL-OSI: SB Financial Group, Inc. Announces Schedule for Second Quarter 2025 Results

    Source: GlobeNewswire (MIL-OSI)

    DEFIANCE, Ohio, June 27, 2025 (GLOBE NEWSWIRE) — SB Financial Group, Inc. (NASDAQ: SBFG), a diversified financial services company providing full-service community banking, mortgage banking, wealth management, private client and title insurance services, expects to release its second quarter 2025 financial results on Thursday, July 24, 2025, after the close of the market. The company will hold a related conference call and webcast on Friday, July 25, 2025, at 11:00 a.m. EDT.

    Interested parties may access the conference call by dialing 888-338-9469 and requesting the “SB Financial Group Conference Call.” The conference call will also be webcast live at ir.yourstatebank.com. An audio replay of the call will be available on the SB Financial Group website.

    About SB Financial Group
    Headquartered in Defiance, Ohio, SB Financial is a diversified financial services holding company for the State Bank & Trust Company (State Bank) and SBFG Title, LLC dba Peak Title (Peak Title). State Bank provides a full range of financial services for consumers and small businesses, including wealth management, private client services, mortgage banking and commercial and agricultural lending, operating through a total of 26 offices: 24 in ten Ohio counties and two in Northeast, Indiana, and 26 ATMs. State Bank has six loan production offices located throughout the Tri-State region of Ohio, Indiana and Michigan. Peak Title provides title insurance and title opinions throughout the Tri-State and Kentucky. SB Financial’s common stock is listed on the NASDAQ Capital Market with the ticker symbol “SBFG”.

    Investor Contact Information:

    Mark A. Klein
    Chairman, President and Chief Executive Officer
    419-783-8920

    Anthony V. Cosentino
    Executive Vice President and Chief Financial Officer
    419-785-3663

    The MIL Network

  • MIL-OSI Economics: ICC and World Bank Group join forces to empower SMEs in emerging markets

    Source: International Chamber of Commerce

    Headline: ICC and World Bank Group join forces to empower SMEs in emerging markets

    Formalised today at ICC Global Headquarters in Paris, the non-binding partnership sets out key areas to enable SMEs by harnessing ICC’s global network of over 45 million companies and chambers and the development expertise and reach of the World Bank Group institutions – including the International Bank for Reconstruction and Development (IBRD), the International Development Association (IDA), the International Finance Corporation (IFC) and the International Centre for Settlement of Investment Disputes (ICSID). 

    World Bank Group President Ajay Banga said:

    Over the past year, we’ve put jobs at the centre of our global mission to end poverty. Small and medium enterprises account for nearly three quarters of employment in emerging markets. This partnership will help drive the creation of jobs by combining the power of ICC’s 45 million SMEs in 170 countries with the World Bank Group’s global knowledge, financial capacity, and public and private sector networks.” 

    ICC Secretary General John W.H. Denton AO said: 

    “ICC is uniquely positioned not only to identify the systemic barriers facing SMEs around the world, but also to deliver ways to remove them. Today we are marking a bold step forward in equipping SMEs to meet today’s economic challenges by converting the combined expertise and networks of ICC and World Bank Group into impact at scale.”

    An estimated 1.2 billion young people are expected to enter the workforce in emerging markets and developing economies in coming years, yet projections suggest that only just over 400 million jobs will be created. Strengthening SMEs is vital given that they represent 95% of all firms and account for 70% of employment in these economies.

    The ICC-World Bank Group agreement underscores a mutual commitment to promoting inclusive economic opportunity, enhancing the resilience of small businesses and accelerating progress toward the Sustainable Development Goals (SDGs). Initial activities will focus on trade facilitation, upskilling, digitalisation and improved access to finance with a group of pilot countries – Argentina, Bangladesh, Colombia, Indonesia, Kenya and Nigeria.

    MIL OSI Economics

  • MIL-OSI Analysis: Natural disasters don’t disappear when the storm ends or the earthquake stops – they evolve

    Source: The Conversation – USA – By Brian J. Yanites, Associate Professor of Earth and Atmospheric Science. Professor of Surficial and Sedimentary Geology, Indiana University

    The Carter Lodge hangs precariously over the flood-scoured bank of the Broad River in Chimney Rock Village, N.C., on May 13, 2025, eight months after Hurricane Helene. AP Photo/Allen G. Breed

    Hurricane Helene lasted only a few days in September 2024, but it altered the landscape of the Southeastern U.S. in profound ways that will affect the hazards local residents face far into the future.

    Mudslides buried roads and reshaped river channels. Uprooted trees left soil on hillslopes exposed to the elements. Sediment that washed into rivers changed how water flows through the landscape, leaving some areas more prone to flooding and erosion.

    Helene was a powerful reminder that natural hazards don’t disappear when the skies clear – they evolve.

    These transformations are part of what scientists call cascading hazards. They occur when one natural event alters the landscape in ways that lead to future hazards. A landslide triggered by a storm might clog a river, leading to downstream flooding months or years later. A wildfire can alter the soil and vegetation, setting the stage for debris flows with the next rainstorm.

    Satellite images before (top) and after Hurricane Helene (bottom) show how the storm altered landscape near Pensacola, N.C., in the Blue Ridge Mountains.
    Google Earth, CC BY

    I study these disasters as a geomorphologist. In a new paper in the journal Science, I and a team of scientists from 18 universities and the U.S. Geological Survey explain why hazard models – used to help communities prepare for disasters – can’t just rely on the past. Instead, they need to be nimble enough to forecast how hazards evolve in real time.

    The science behind cascading hazards

    Cascading hazards aren’t random. They emerge from physical processes that operate continuously across the landscape – sediment movement, weathering, erosion. Together, the atmosphere, biosphere and the earth are constantly reshaping the conditions that cause natural disasters.

    For instance, earthquakes fracture rock and shake loose soil. Even if landslides don’t occur during the quake itself, the ground may be weakened, leaving it primed for failure during later rainstorms.

    That’s exactly what happened after the 2008 earthquake in Sichuan Province, China, which led to a surge in debris flows long after the initial seismic event.

    A strong aftershock after a 7.8 magnitude earthquake in Sichuan province, China, in May 2008 triggered more landslides in central China.
    AP Photo/Andy Wong

    Earth’s surface retains a “memory” of these events. Sediment disturbed in an earthquake, wildfire or severe storm will move downslope over years or even decades, reshaping the landscape as it goes.

    The 1950 Assam earthquake in India is a striking example: It triggered thousands of landslides. The sediment from these landslides gradually moved through the river system, eventually causing flooding and changing river channels in Bangladesh some 20 years later.

    An intensifying threat in a changing world

    These risks present challenges for everything from emergency planning to home insurance. After repeated wildfire-mudslide combinations in California, some insurers pulled out of the state entirely, citing mounting risks and rising costs among the reasons.

    Cascading hazards are not new, but their impact is intensifying.

    Climate change is increasing the frequency and severity of wildfires, storms and extreme rainfall. At the same time, urban development continues to expand into steep, hazard-prone terrain, exposing more people and infrastructure to evolving risks.

    The rising risk of interconnected climate disasters like these is overwhelming systems built for isolated events.

    Yet climate change is only part of the equation. Earth processes – such as earthquakes and volcanic eruptions – also trigger cascading hazards, often with long-lasting effects.

    Mount St. Helens is a powerful example: More than four decades after its eruption in 1980, the U.S. Army Corps of Engineers continues to manage ash and sediment from the eruption to keep it from filling river channels in ways that could increase the flood risk in downstream communities.

    Rethinking risk and building resilience

    Traditionally, insurance companies and disaster managers have estimated hazard risk by looking at past events.

    But when the landscape has changed, the past may no longer be a reliable guide to the future. To address this, computer models based on the physics of how these events work are needed to help forecast hazard evolution in real time, much like weather models update with new atmospheric data.

    A March 2024 landslide in the Oregon Coast Range wiped out trees in its path.
    Brian Yanites, June 2025
    A drone image of the same March 2024 landslide in the Oregon Coast Range shows where it temporarily dammed the river below.
    Brian Yanites, June 2025

    Thanks to advances in Earth observation technology, such as satellite imagery, drone and lidar, which is similar to radar but uses light, scientists can now track how hillslopes, rivers and vegetation change after disasters. These observations can feed into geomorphic models that simulate how loosened sediment moves and where hazards are likely to emerge next.

    Researchers are already coupling weather forecasts with post-wildfire debris flow models. Other models simulate how sediment pulses travel through river networks.

    Cascading hazards reveal that Earth’s surface is not a passive backdrop, but an active, evolving system. Each event reshapes the stage for the next.

    Understanding these connections is critical for building resilience so communities can withstand future storms, earthquakes and the problems created by debris flows. Better forecasts can inform building codes, guide infrastructure design and improve how risk is priced and managed. They can help communities anticipate long-term threats and adapt before the next disaster strikes.

    Most importantly, they challenge everyone to think beyond the immediate aftermath of a disaster – and to recognize the slow, quiet transformations that build toward the next.

    Brian J. Yanites receives funding from the National Science Foundation.

    ref. Natural disasters don’t disappear when the storm ends or the earthquake stops – they evolve – https://theconversation.com/natural-disasters-dont-disappear-when-the-storm-ends-or-the-earthquake-stops-they-evolve-259502

    MIL OSI Analysis

  • MIL-OSI Analysis: Natural disasters don’t disappear when the storm ends or the earthquake stops – they evolve

    Source: The Conversation – USA – By Brian J. Yanites, Associate Professor of Earth and Atmospheric Science. Professor of Surficial and Sedimentary Geology, Indiana University

    The Carter Lodge hangs precariously over the flood-scoured bank of the Broad River in Chimney Rock Village, N.C., on May 13, 2025, eight months after Hurricane Helene. AP Photo/Allen G. Breed

    Hurricane Helene lasted only a few days in September 2024, but it altered the landscape of the Southeastern U.S. in profound ways that will affect the hazards local residents face far into the future.

    Mudslides buried roads and reshaped river channels. Uprooted trees left soil on hillslopes exposed to the elements. Sediment that washed into rivers changed how water flows through the landscape, leaving some areas more prone to flooding and erosion.

    Helene was a powerful reminder that natural hazards don’t disappear when the skies clear – they evolve.

    These transformations are part of what scientists call cascading hazards. They occur when one natural event alters the landscape in ways that lead to future hazards. A landslide triggered by a storm might clog a river, leading to downstream flooding months or years later. A wildfire can alter the soil and vegetation, setting the stage for debris flows with the next rainstorm.

    Satellite images before (top) and after Hurricane Helene (bottom) show how the storm altered landscape near Pensacola, N.C., in the Blue Ridge Mountains.
    Google Earth, CC BY

    I study these disasters as a geomorphologist. In a new paper in the journal Science, I and a team of scientists from 18 universities and the U.S. Geological Survey explain why hazard models – used to help communities prepare for disasters – can’t just rely on the past. Instead, they need to be nimble enough to forecast how hazards evolve in real time.

    The science behind cascading hazards

    Cascading hazards aren’t random. They emerge from physical processes that operate continuously across the landscape – sediment movement, weathering, erosion. Together, the atmosphere, biosphere and the earth are constantly reshaping the conditions that cause natural disasters.

    For instance, earthquakes fracture rock and shake loose soil. Even if landslides don’t occur during the quake itself, the ground may be weakened, leaving it primed for failure during later rainstorms.

    That’s exactly what happened after the 2008 earthquake in Sichuan Province, China, which led to a surge in debris flows long after the initial seismic event.

    A strong aftershock after a 7.8 magnitude earthquake in Sichuan province, China, in May 2008 triggered more landslides in central China.
    AP Photo/Andy Wong

    Earth’s surface retains a “memory” of these events. Sediment disturbed in an earthquake, wildfire or severe storm will move downslope over years or even decades, reshaping the landscape as it goes.

    The 1950 Assam earthquake in India is a striking example: It triggered thousands of landslides. The sediment from these landslides gradually moved through the river system, eventually causing flooding and changing river channels in Bangladesh some 20 years later.

    An intensifying threat in a changing world

    These risks present challenges for everything from emergency planning to home insurance. After repeated wildfire-mudslide combinations in California, some insurers pulled out of the state entirely, citing mounting risks and rising costs among the reasons.

    Cascading hazards are not new, but their impact is intensifying.

    Climate change is increasing the frequency and severity of wildfires, storms and extreme rainfall. At the same time, urban development continues to expand into steep, hazard-prone terrain, exposing more people and infrastructure to evolving risks.

    The rising risk of interconnected climate disasters like these is overwhelming systems built for isolated events.

    Yet climate change is only part of the equation. Earth processes – such as earthquakes and volcanic eruptions – also trigger cascading hazards, often with long-lasting effects.

    Mount St. Helens is a powerful example: More than four decades after its eruption in 1980, the U.S. Army Corps of Engineers continues to manage ash and sediment from the eruption to keep it from filling river channels in ways that could increase the flood risk in downstream communities.

    Rethinking risk and building resilience

    Traditionally, insurance companies and disaster managers have estimated hazard risk by looking at past events.

    But when the landscape has changed, the past may no longer be a reliable guide to the future. To address this, computer models based on the physics of how these events work are needed to help forecast hazard evolution in real time, much like weather models update with new atmospheric data.

    A March 2024 landslide in the Oregon Coast Range wiped out trees in its path.
    Brian Yanites, June 2025
    A drone image of the same March 2024 landslide in the Oregon Coast Range shows where it temporarily dammed the river below.
    Brian Yanites, June 2025

    Thanks to advances in Earth observation technology, such as satellite imagery, drone and lidar, which is similar to radar but uses light, scientists can now track how hillslopes, rivers and vegetation change after disasters. These observations can feed into geomorphic models that simulate how loosened sediment moves and where hazards are likely to emerge next.

    Researchers are already coupling weather forecasts with post-wildfire debris flow models. Other models simulate how sediment pulses travel through river networks.

    Cascading hazards reveal that Earth’s surface is not a passive backdrop, but an active, evolving system. Each event reshapes the stage for the next.

    Understanding these connections is critical for building resilience so communities can withstand future storms, earthquakes and the problems created by debris flows. Better forecasts can inform building codes, guide infrastructure design and improve how risk is priced and managed. They can help communities anticipate long-term threats and adapt before the next disaster strikes.

    Most importantly, they challenge everyone to think beyond the immediate aftermath of a disaster – and to recognize the slow, quiet transformations that build toward the next.

    Brian J. Yanites receives funding from the National Science Foundation.

    ref. Natural disasters don’t disappear when the storm ends or the earthquake stops – they evolve – https://theconversation.com/natural-disasters-dont-disappear-when-the-storm-ends-or-the-earthquake-stops-they-evolve-259502

    MIL OSI Analysis

  • MIL-OSI Analysis: Natural disasters don’t disappear when the storm ends or the earthquake stops – they evolve

    Source: The Conversation – USA – By Brian J. Yanites, Associate Professor of Earth and Atmospheric Science. Professor of Surficial and Sedimentary Geology, Indiana University

    The Carter Lodge hangs precariously over the flood-scoured bank of the Broad River in Chimney Rock Village, N.C., on May 13, 2025, eight months after Hurricane Helene. AP Photo/Allen G. Breed

    Hurricane Helene lasted only a few days in September 2024, but it altered the landscape of the Southeastern U.S. in profound ways that will affect the hazards local residents face far into the future.

    Mudslides buried roads and reshaped river channels. Uprooted trees left soil on hillslopes exposed to the elements. Sediment that washed into rivers changed how water flows through the landscape, leaving some areas more prone to flooding and erosion.

    Helene was a powerful reminder that natural hazards don’t disappear when the skies clear – they evolve.

    These transformations are part of what scientists call cascading hazards. They occur when one natural event alters the landscape in ways that lead to future hazards. A landslide triggered by a storm might clog a river, leading to downstream flooding months or years later. A wildfire can alter the soil and vegetation, setting the stage for debris flows with the next rainstorm.

    Satellite images before (top) and after Hurricane Helene (bottom) show how the storm altered landscape near Pensacola, N.C., in the Blue Ridge Mountains.
    Google Earth, CC BY

    I study these disasters as a geomorphologist. In a new paper in the journal Science, I and a team of scientists from 18 universities and the U.S. Geological Survey explain why hazard models – used to help communities prepare for disasters – can’t just rely on the past. Instead, they need to be nimble enough to forecast how hazards evolve in real time.

    The science behind cascading hazards

    Cascading hazards aren’t random. They emerge from physical processes that operate continuously across the landscape – sediment movement, weathering, erosion. Together, the atmosphere, biosphere and the earth are constantly reshaping the conditions that cause natural disasters.

    For instance, earthquakes fracture rock and shake loose soil. Even if landslides don’t occur during the quake itself, the ground may be weakened, leaving it primed for failure during later rainstorms.

    That’s exactly what happened after the 2008 earthquake in Sichuan Province, China, which led to a surge in debris flows long after the initial seismic event.

    A strong aftershock after a 7.8 magnitude earthquake in Sichuan province, China, in May 2008 triggered more landslides in central China.
    AP Photo/Andy Wong

    Earth’s surface retains a “memory” of these events. Sediment disturbed in an earthquake, wildfire or severe storm will move downslope over years or even decades, reshaping the landscape as it goes.

    The 1950 Assam earthquake in India is a striking example: It triggered thousands of landslides. The sediment from these landslides gradually moved through the river system, eventually causing flooding and changing river channels in Bangladesh some 20 years later.

    An intensifying threat in a changing world

    These risks present challenges for everything from emergency planning to home insurance. After repeated wildfire-mudslide combinations in California, some insurers pulled out of the state entirely, citing mounting risks and rising costs among the reasons.

    Cascading hazards are not new, but their impact is intensifying.

    Climate change is increasing the frequency and severity of wildfires, storms and extreme rainfall. At the same time, urban development continues to expand into steep, hazard-prone terrain, exposing more people and infrastructure to evolving risks.

    The rising risk of interconnected climate disasters like these is overwhelming systems built for isolated events.

    Yet climate change is only part of the equation. Earth processes – such as earthquakes and volcanic eruptions – also trigger cascading hazards, often with long-lasting effects.

    Mount St. Helens is a powerful example: More than four decades after its eruption in 1980, the U.S. Army Corps of Engineers continues to manage ash and sediment from the eruption to keep it from filling river channels in ways that could increase the flood risk in downstream communities.

    Rethinking risk and building resilience

    Traditionally, insurance companies and disaster managers have estimated hazard risk by looking at past events.

    But when the landscape has changed, the past may no longer be a reliable guide to the future. To address this, computer models based on the physics of how these events work are needed to help forecast hazard evolution in real time, much like weather models update with new atmospheric data.

    A March 2024 landslide in the Oregon Coast Range wiped out trees in its path.
    Brian Yanites, June 2025
    A drone image of the same March 2024 landslide in the Oregon Coast Range shows where it temporarily dammed the river below.
    Brian Yanites, June 2025

    Thanks to advances in Earth observation technology, such as satellite imagery, drone and lidar, which is similar to radar but uses light, scientists can now track how hillslopes, rivers and vegetation change after disasters. These observations can feed into geomorphic models that simulate how loosened sediment moves and where hazards are likely to emerge next.

    Researchers are already coupling weather forecasts with post-wildfire debris flow models. Other models simulate how sediment pulses travel through river networks.

    Cascading hazards reveal that Earth’s surface is not a passive backdrop, but an active, evolving system. Each event reshapes the stage for the next.

    Understanding these connections is critical for building resilience so communities can withstand future storms, earthquakes and the problems created by debris flows. Better forecasts can inform building codes, guide infrastructure design and improve how risk is priced and managed. They can help communities anticipate long-term threats and adapt before the next disaster strikes.

    Most importantly, they challenge everyone to think beyond the immediate aftermath of a disaster – and to recognize the slow, quiet transformations that build toward the next.

    Brian J. Yanites receives funding from the National Science Foundation.

    ref. Natural disasters don’t disappear when the storm ends or the earthquake stops – they evolve – https://theconversation.com/natural-disasters-dont-disappear-when-the-storm-ends-or-the-earthquake-stops-they-evolve-259502

    MIL OSI Analysis

  • MIL-OSI Analysis: Michelin Guide scrutiny could boost Philly tourism, but will it stifle chefs’ freedom to experiment and innovate?

    Source: The Conversation – USA – By Jonathan Deutsch, Professor of Food and Hospitality Management, Drexel University

    Chef Phila Lorn prepares a bowl of noodle soup at Mawn restaurant in Philadelphia. AP Photo/Matt Rourke

    The Philadelphia restaurant scene is abuzz with the news that the famed Michelin Guide is coming to town.

    As a research chef and educator at Drexel University in Philadelphia, I am following the Michelin developments closely.

    Having eaten in Michelin restaurants in other cities, I am confident that Philly has at least a few star-worthy restaurants. Our innovative dining scene was named one of the top 10 in the U.S. by Food & Wine in 2025.

    Researchers have convincingly shown that Michelin ratings can boost tourism, so Philly gaining some starred restaurants could bring more revenue for the city.

    But as the lead author of the textbook “Culinary Improvisation,” which teaches creativity, I also worry the Michelin scrutiny could make chefs more focused on delivering a consistent experience than continuing along the innovative trajectory that attracts Michelin in the first place.

    Ingredients for culinary innovation

    In “Culinary Improvisation” we discuss three elements needed to foster innovation in the kitchen.

    The first is mastery of culinary technique, both classical and modern. Simply stated, this refers to good cooking.

    The second is access to a diverse range of ingredients and flavors. The more colors the artist has on their palette, the more directions the creation can take.

    And the third, which is key to my concerns, is a collaborative and supportive environment where chefs can take risks and make mistakes. Research shows a close link between risk-taking workplaces and innovation.

    According to the Michelin Guide, stars are awarded to outstanding restaurants based on: “quality of ingredients, mastery of cooking techniques and flavors, the personality of the chef as expressed in the cuisine, value for money, and consistency of the dining experience both across the menu and over time.”

    The criteria do not mention innovation.

    It’s possible the high-stakes lure of a Michelin star, which awards consistent excellence, could lead Philly’s most vibrant and creative chefs and restaurateurs to pull back on the risks that led to the city’s culinary excellence in the first place.

    Local food writers believe Vernick Fish is a top contender for a Michelin star.
    Photo courtesy of Vernick Fish

    The obvious contenders

    Philadelphia’s preeminent restaurant critic Craig LaBan and journalist and former restaurateur Kiki Aranita discussed local contenders for Michelin stars in a recent article in the Philadelphia Inquirer.

    The 19 restaurants LaBan and Aranita discuss as possible star contenders average just over a one-mile walk from the Pennsylvania Convention Center.

    Together they have received 78 James Beard nominations or awards, which are considered the “Oscars” of the food industry. That’s an average of over four per restaurant.

    And when I tried to book a table for two on a Wednesday and Saturday before 9 p.m., about half were already fully booked for dinner two weeks out, in July, which is the slow season for dining in Philadelphia.

    If LaBan’s and Aranita’s predictions are right, Michelin will be an added recognition for restaurants that are already successful and centrally located.

    Black Dragon Takeout fuses Black American cuisine with the aesthetics of classic Chinese American takeout.
    Jeff Fusco/The Conversation, CC BY-SA

    Off the beaten path

    When the Michelin Guide started in France at the turn of the 19th century, it encouraged diners to take the road less traveled to their next gastronomic experience.

    It has since evolved into recommendations for a road well traveled: safe, lauded and already hard-to-get-into restaurants. In Philly these could be restaurants such as Vetri Cucina, Zahav, Vernick Fish, Provenance, Royal Sushi and Izakaya, Ogawa and Friday Saturday Sunday, to name a few on LaBan and Aranita’s list.

    And yet Philadelphia has over 6,000 restaurants spread across 135 square miles of the city. Philadelphia is known as a city of neighborhoods, and these neighborhoods are rich with food diversity and innovation.

    Consider Jacob Trinh’s Vietnamese-tinged seafood tasting menu at Little Fish in Queen Village; Kurt Evans’ gumbo lo mein at Black Dragon Takeout in West Philly; the beef cheek confit with avocado mousse at Temir Satybaldiev’s Ginger in the Northeast; and the West African XO sauce at Honeysuckle, owned by Omar Tate and Cybille St.Aude-Tate, on North Broad Street.

    I hope the Michelin inspectors will venture far beyond the obvious candidates to experience more of what Philadelphia has to offer.

    The Michelin Guide announced it will include Philadelphia and Boston in its next Northeast Cities edition.
    Matthieu Delaty/Hans Lucas/AFP via Getty Images

    Raising the bar

    In the frenzy surrounding the Michelin scrutiny, chef friends have invited me to dine at their restaurants and share my feedback as they refine their menus in anticipation of visits from anonymous Michelin inspectors.

    Restaurateurs have been asking my colleagues and me for talent suggestions to replace well-liked and capable cooks, servers and managers whom owners perceive to be just not Michelin-star level.

    And managers are texting us names of suspected reviewers, triggered by some tell-tale signs – a solo diner with a weeknight tasting menu reservation, no dietary restrictions or special requests, and a conspicuously light internet presence.

    In all, I am excited about Philadelphians being excited about Michelin. Any opportunity to spotlight the city’s restaurant community and tighten its food and service quality raises the bar among local chefs and restaurateurs and makes the experience better for diners. And the prospect of business travelers and culinary tourists enjoying lunches and early-week dinners can help restaurants, their workers and the city earn more revenue.

    But in the din of the press events and hype, let’s not forget that Philadelphians don’t need an outside arbiter to tell us what we already know: Philly is a great place to eat and drink.

    _Read more of our stories about Philadelphia.

    Jonathan Deutsch does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

    ref. Michelin Guide scrutiny could boost Philly tourism, but will it stifle chefs’ freedom to experiment and innovate? – https://theconversation.com/michelin-guide-scrutiny-could-boost-philly-tourism-but-will-it-stifle-chefs-freedom-to-experiment-and-innovate-256752

    MIL OSI Analysis

  • MIL-OSI Analysis: Jews were barred from Spain’s New World colonies − but that didn’t stop Jewish and converso writers from describing the Americas

    Source: The Conversation – USA – By Flora Cassen, Senior Faculty, Hartman Institute and Associate Professor of History and Jewish Studies, Washington University in St. Louis

    An auto-da-fé − a public punishment for heretics − in San Bartolome Otzolotepec, in present-day Mexico. Museo Nacional de Arte via Wikimedia Commons

    Every few years, a story about Columbus resurfaces: Was the Genoese navigator who claimed the Americas for Spain secretly Jewish, from a Spanish family fleeing the Inquisition?

    This tale became widespread around the late 19th century, when large numbers of Jews came from Russia and Eastern Europe to the United States. For these immigrants, 1492 held double significance: the year of Jews’ expulsion from Spain, as well as Columbus’ voyage of discovery. At a time when many Americans viewed the explorer as a hero, the idea that he might have been one of their own offered Jewish immigrants a link to the beginnings of their new country and the American story of freedom from Old World tyranny.

    The problem with the Columbus-was-a-Jew theory isn’t just that it’s based on flimsy evidence. It also distracts from the far more complex and true story of Spanish Jews in the Americas.

    In the 15th century, the kingdom’s Jews faced a wrenching choice: convert to Christianity or leave the land their families had called home for generations. Portugal’s Jews faced similar persecution. Whether they sought a new place to settle or stayed and hoped to be accepted as members of Christian society, both groups were searching for belonging.

    Jewish religious items at the Museo Metropolitano in Monterrey, Mexico.
    Thelmadatter/Wikimedia Commons, CC BY-SA

    We are scholars of Jewish history and have been working on the first English translations of two texts from the 16th century. “The Book of New India,” by Joseph Ha-Kohen, and the spiritual writings of Luis de Carvajal are two of the earliest Jewish texts about the Americas.

    The story of the New World is not complete without the voices of Jewish communities that engaged with it from the very beginning.

    Double consciousness

    The first Jews in the Americas were, in fact, not Jews but “conversos,” meaning “converts,” and their descendants.

    After a millennium of relatively peaceful and prosperous life on Iberian soil, the Jews of Spain were attacked by a wave of mob violence in the summer of 1391. Afterward, thousands of Jews were forcibly converted.

    Synagogue of El Tránsito, a 14th-century Jewish congregation in Toledo, Spain.
    Selbymay/Wikimedia Commons, CC BY-SA

    While conversos were officially members of the Catholic Church, neighbors looked at them with suspicion. Some of these converts were “crypto-Jews,” who secretly held on to their ancestral faith. Spanish authorities formed the Inquisition to root out anyone the church considered heretics, especially people who had converted from Judaism and Islam.

    In 1492, after conquering the last Muslim stronghold in Spain, monarchs Ferdinand and Isabella gave the remaining Spanish Jews the choice of conversion or exile. Eventually, people who converted from Islam would be expelled as well.

    Among Jews who converted, some sought new lives within the rapidly expanding Spanish empire. As the historian Jonathan Israel wrote, Jews and conversos were both “agents and victims of empire.” Their familiarity with Iberian language and culture, combined with the dispersion of their community, positioned them to participate in the new global economy: trade in sugar, textiles, spices – and the trade in human lives, Atlantic slavery.

    Yet conversos were also far more vulnerable than their compatriots: They could lose it all, even end up burned alive at the stake, because of their beliefs. This double consciousness – being part of the culture, yet apart from it – is what makes conversos vital to understanding the complexities of colonial Latin America.

    By the 17th century, once the Dutch and the English conquered parts of the Americas, Jews would be able to live there. Often, these were families whose ancestors had been expelled from the Iberian peninsula. In the first Spanish and Portuguese colonies, however, Jews were not allowed to openly practice their faith.

    Secret spirituality

    One of these conversos was Luis de Carvajal. His uncle, the similarly named Luis de Carvajal y de la Cueva, was a merchant, slave trader and conquistador. As a reward for his exploits he was named governor of the New Kingdom of León, in the northeast of modern-day Mexico. In 1579 he brought over a large group of relatives to help him settle and administer the rugged territory, which was made up of swamps, deserts and silver mines.

    A statue in Monterrey, Mexico, of Luis Carvajal y de la Cueva.
    Ricardo DelaG/Wikimedia Commons, CC BY-SA

    The uncle was a devout Catholic who attempted to shed his converso past, integrating himself into the landed gentry of Spain’s New World empire. Luis the younger, however, his potential heir, was a passionate crypto-Jew who spent his free time composing prayers to the God of Israel and secretly following the commandments of the Torah.

    When Luis and his family were arrested by the Inquisition in 1595, his book of spiritual writings was discovered and used as evidence of his secret Jewish life. Luis, his mother and sister were burned at the stake, but the small, leather-bound diary survived.

    A 19th-century depiction of the execution of Luis de Carvajal the Younger’s sister.
    ‘El Libro Rojo, 1520-1867’ via Wikimedia Commons

    Luis’ religious thought drew on a wide range of early modern Spanish culture. He used a Latin Bible and drew inspiration from the inwardly focused spirituality of Catholic thinkers such as Fray Luis de Granada, a Dominican theologian. He met with the hermit and mystic Gregorio López. He discovered passages from Maimonides and other rabbis quoted in the works of Catholic theologians whom he read at the famed monastery of Santiago de Tlatelolco, in Mexico City, where he worked as an assistant to the rector.

    His spiritual writings are deeply American: The wide deserts and furious hurricanes of Mexico were the setting of his spiritual awakenings, and his encounters with the people and cultures of the emerging Atlantic world shaped his religious vision. This little book is a unique example of the brilliant, creative culture that developed in the crossing from Old World to New, born out of the exchange and conflict between diverse cultures, languages and faiths.

    A glimpse of Luis de Carvajal’s spiritual writings, photographed in New York City.
    Ronnie Perelis

    More than translation

    Spanish Jews who refused to convert in 1492, meanwhile, had been forced into exile and barred from the kingdom’s colonies.

    The journey of Joseph Ha-Kohen’s family illustrates the hardships. After the expulsion, his parents moved to Avignon, the papal city in southern France, where Joseph was born in 1496. From there, they made their way to Genoa, the Italian merchant city, hoping to establish themselves. But it was not to be. The family was repeatedly expelled, permitted to return, and then expelled again.

    Despite these upheavals, Ha-Kohen became a doctor and a merchant, a leader in the Jewish community – earning the respect of the Christian community, too. Toward the end of his life, he settled in a small mountain town beyond the city’s borders and turned to writing.

    After a book on wars between Christianity and Islam, and another one on the history of the Jews, he began a new project. Ha-Kohen adapted “Historia General de las Indias,” an account of the Americas’ colonization by Spanish historian Francisco López de Gómara, reshaping the text for a Jewish audience.

    A 1733 edition of ‘Divrei Ha-Yamim,’ Ha-Kohen’s book about wars between Christian and Muslim cultures.
    John Carter Brown Library via Wikimedia Commons

    Ha-Kohen’s work was the first Hebrew-language book about the Americas. The text was hundreds of pages long – and he copied his entire manuscript nine times by hand. He had never seen the Americas, but his own life of repeated uprooting may have led him to wonder whether Jews would one day seek refuge there.

    Ha-Kohen wanted his readers to have access to the text’s geographical, botanical and anthropological information, but not to Spain’s triumphalist narrative. So he created an adapted, hybrid translation. The differences between versions reveal the complexities of being a European Jew in the age of exploration.

    Ha-Kohen omitted references to the Americas as Spanish territory and criticized the conquistadors for their brutality toward Indigenous peoples. At times, he compared Native Americans with the ancient Israelites of the Bible, feeling a kinship with them as fellow victims of oppression. Yet at other moments he expressed estrangement and even revulsion at Indigenous customs and described their religious practices as “darkness.”

    Translating these men’s writing is not just a matter of bringing a text from one language into another. It is also a deep reflection on the complex position of Jews and conversos in those years. Their unique vantage point offers a window into the intertwined histories of Europe, the Americas and the in-betweenness that marked the Jewish experience in the early modern world.

    The authors do not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

    ref. Jews were barred from Spain’s New World colonies − but that didn’t stop Jewish and converso writers from describing the Americas – https://theconversation.com/jews-were-barred-from-spains-new-world-colonies-but-that-didnt-stop-jewish-and-converso-writers-from-describing-the-americas-258278

    MIL OSI Analysis

  • MIL-OSI Analysis: Jews were barred from Spain’s New World colonies − but that didn’t stop Jewish and converso writers from describing the Americas

    Source: The Conversation – USA – By Flora Cassen, Senior Faculty, Hartman Institute and Associate Professor of History and Jewish Studies, Washington University in St. Louis

    An auto-da-fé − a public punishment for heretics − in San Bartolome Otzolotepec, in present-day Mexico. Museo Nacional de Arte via Wikimedia Commons

    Every few years, a story about Columbus resurfaces: Was the Genoese navigator who claimed the Americas for Spain secretly Jewish, from a Spanish family fleeing the Inquisition?

    This tale became widespread around the late 19th century, when large numbers of Jews came from Russia and Eastern Europe to the United States. For these immigrants, 1492 held double significance: the year of Jews’ expulsion from Spain, as well as Columbus’ voyage of discovery. At a time when many Americans viewed the explorer as a hero, the idea that he might have been one of their own offered Jewish immigrants a link to the beginnings of their new country and the American story of freedom from Old World tyranny.

    The problem with the Columbus-was-a-Jew theory isn’t just that it’s based on flimsy evidence. It also distracts from the far more complex and true story of Spanish Jews in the Americas.

    In the 15th century, the kingdom’s Jews faced a wrenching choice: convert to Christianity or leave the land their families had called home for generations. Portugal’s Jews faced similar persecution. Whether they sought a new place to settle or stayed and hoped to be accepted as members of Christian society, both groups were searching for belonging.

    Jewish religious items at the Museo Metropolitano in Monterrey, Mexico.
    Thelmadatter/Wikimedia Commons, CC BY-SA

    We are scholars of Jewish history and have been working on the first English translations of two texts from the 16th century. “The Book of New India,” by Joseph Ha-Kohen, and the spiritual writings of Luis de Carvajal are two of the earliest Jewish texts about the Americas.

    The story of the New World is not complete without the voices of Jewish communities that engaged with it from the very beginning.

    Double consciousness

    The first Jews in the Americas were, in fact, not Jews but “conversos,” meaning “converts,” and their descendants.

    After a millennium of relatively peaceful and prosperous life on Iberian soil, the Jews of Spain were attacked by a wave of mob violence in the summer of 1391. Afterward, thousands of Jews were forcibly converted.

    Synagogue of El Tránsito, a 14th-century Jewish congregation in Toledo, Spain.
    Selbymay/Wikimedia Commons, CC BY-SA

    While conversos were officially members of the Catholic Church, neighbors looked at them with suspicion. Some of these converts were “crypto-Jews,” who secretly held on to their ancestral faith. Spanish authorities formed the Inquisition to root out anyone the church considered heretics, especially people who had converted from Judaism and Islam.

    In 1492, after conquering the last Muslim stronghold in Spain, monarchs Ferdinand and Isabella gave the remaining Spanish Jews the choice of conversion or exile. Eventually, people who converted from Islam would be expelled as well.

    Among Jews who converted, some sought new lives within the rapidly expanding Spanish empire. As the historian Jonathan Israel wrote, Jews and conversos were both “agents and victims of empire.” Their familiarity with Iberian language and culture, combined with the dispersion of their community, positioned them to participate in the new global economy: trade in sugar, textiles, spices – and the trade in human lives, Atlantic slavery.

    Yet conversos were also far more vulnerable than their compatriots: They could lose it all, even end up burned alive at the stake, because of their beliefs. This double consciousness – being part of the culture, yet apart from it – is what makes conversos vital to understanding the complexities of colonial Latin America.

    By the 17th century, once the Dutch and the English conquered parts of the Americas, Jews would be able to live there. Often, these were families whose ancestors had been expelled from the Iberian peninsula. In the first Spanish and Portuguese colonies, however, Jews were not allowed to openly practice their faith.

    Secret spirituality

    One of these conversos was Luis de Carvajal. His uncle, the similarly named Luis de Carvajal y de la Cueva, was a merchant, slave trader and conquistador. As a reward for his exploits he was named governor of the New Kingdom of León, in the northeast of modern-day Mexico. In 1579 he brought over a large group of relatives to help him settle and administer the rugged territory, which was made up of swamps, deserts and silver mines.

    A statue in Monterrey, Mexico, of Luis Carvajal y de la Cueva.
    Ricardo DelaG/Wikimedia Commons, CC BY-SA

    The uncle was a devout Catholic who attempted to shed his converso past, integrating himself into the landed gentry of Spain’s New World empire. Luis the younger, however, his potential heir, was a passionate crypto-Jew who spent his free time composing prayers to the God of Israel and secretly following the commandments of the Torah.

    When Luis and his family were arrested by the Inquisition in 1595, his book of spiritual writings was discovered and used as evidence of his secret Jewish life. Luis, his mother and sister were burned at the stake, but the small, leather-bound diary survived.

    A 19th-century depiction of the execution of Luis de Carvajal the Younger’s sister.
    ‘El Libro Rojo, 1520-1867’ via Wikimedia Commons

    Luis’ religious thought drew on a wide range of early modern Spanish culture. He used a Latin Bible and drew inspiration from the inwardly focused spirituality of Catholic thinkers such as Fray Luis de Granada, a Dominican theologian. He met with the hermit and mystic Gregorio López. He discovered passages from Maimonides and other rabbis quoted in the works of Catholic theologians whom he read at the famed monastery of Santiago de Tlatelolco, in Mexico City, where he worked as an assistant to the rector.

    His spiritual writings are deeply American: The wide deserts and furious hurricanes of Mexico were the setting of his spiritual awakenings, and his encounters with the people and cultures of the emerging Atlantic world shaped his religious vision. This little book is a unique example of the brilliant, creative culture that developed in the crossing from Old World to New, born out of the exchange and conflict between diverse cultures, languages and faiths.

    A glimpse of Luis de Carvajal’s spiritual writings, photographed in New York City.
    Ronnie Perelis

    More than translation

    Spanish Jews who refused to convert in 1492, meanwhile, had been forced into exile and barred from the kingdom’s colonies.

    The journey of Joseph Ha-Kohen’s family illustrates the hardships. After the expulsion, his parents moved to Avignon, the papal city in southern France, where Joseph was born in 1496. From there, they made their way to Genoa, the Italian merchant city, hoping to establish themselves. But it was not to be. The family was repeatedly expelled, permitted to return, and then expelled again.

    Despite these upheavals, Ha-Kohen became a doctor and a merchant, a leader in the Jewish community – earning the respect of the Christian community, too. Toward the end of his life, he settled in a small mountain town beyond the city’s borders and turned to writing.

    After a book on wars between Christianity and Islam, and another one on the history of the Jews, he began a new project. Ha-Kohen adapted “Historia General de las Indias,” an account of the Americas’ colonization by Spanish historian Francisco López de Gómara, reshaping the text for a Jewish audience.

    A 1733 edition of ‘Divrei Ha-Yamim,’ Ha-Kohen’s book about wars between Christian and Muslim cultures.
    John Carter Brown Library via Wikimedia Commons

    Ha-Kohen’s work was the first Hebrew-language book about the Americas. The text was hundreds of pages long – and he copied his entire manuscript nine times by hand. He had never seen the Americas, but his own life of repeated uprooting may have led him to wonder whether Jews would one day seek refuge there.

    Ha-Kohen wanted his readers to have access to the text’s geographical, botanical and anthropological information, but not to Spain’s triumphalist narrative. So he created an adapted, hybrid translation. The differences between versions reveal the complexities of being a European Jew in the age of exploration.

    Ha-Kohen omitted references to the Americas as Spanish territory and criticized the conquistadors for their brutality toward Indigenous peoples. At times, he compared Native Americans with the ancient Israelites of the Bible, feeling a kinship with them as fellow victims of oppression. Yet at other moments he expressed estrangement and even revulsion at Indigenous customs and described their religious practices as “darkness.”

    Translating these men’s writing is not just a matter of bringing a text from one language into another. It is also a deep reflection on the complex position of Jews and conversos in those years. Their unique vantage point offers a window into the intertwined histories of Europe, the Americas and the in-betweenness that marked the Jewish experience in the early modern world.

    The authors do not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

    ref. Jews were barred from Spain’s New World colonies − but that didn’t stop Jewish and converso writers from describing the Americas – https://theconversation.com/jews-were-barred-from-spains-new-world-colonies-but-that-didnt-stop-jewish-and-converso-writers-from-describing-the-americas-258278

    MIL OSI Analysis

  • India to host 2029 World Police and Fire Games in Ahmedabad, says Union Home Minister Amit Shah

    Source: Government of India

    Source: Government of India (4)

    Union Home Minister and Minister of Cooperation, Amit Shah on Friday expressed immense pride and joy as India has been selected to host the prestigious 2029 World Police and Fire Games. In a post on X , Shah highlighted that this achievement is a matter of great pride for every Indian citizen and a testament to the country’s growing stature in the global sporting arena.

    The minister attributed India’s successful bid to host the event to the robust sports infrastructure developed under the leadership of Prime Minister Narendra Modi. The World Police and Fire Games, a biennial event that brings together police, fire, and disaster services personnel to compete in over 50 sports, will be held in Ahmedabad, Gujarat.

    Shah emphasized that the selection of Ahmedabad as the venue underscores the city’s rising prominence as a key sporting destination in India.

  • India to host 2029 World Police and Fire Games in Ahmedabad, says Union Home Minister Amit Shah

    Source: Government of India

    Source: Government of India (4)

    Union Home Minister and Minister of Cooperation, Amit Shah on Friday expressed immense pride and joy as India has been selected to host the prestigious 2029 World Police and Fire Games. In a post on X , Shah highlighted that this achievement is a matter of great pride for every Indian citizen and a testament to the country’s growing stature in the global sporting arena.

    The minister attributed India’s successful bid to host the event to the robust sports infrastructure developed under the leadership of Prime Minister Narendra Modi. The World Police and Fire Games, a biennial event that brings together police, fire, and disaster services personnel to compete in over 50 sports, will be held in Ahmedabad, Gujarat.

    Shah emphasized that the selection of Ahmedabad as the venue underscores the city’s rising prominence as a key sporting destination in India.

  • MIL-OSI USA: A History of Self-Representation and How H.H. Holmes Represented Himself in His Criminal Trial

    Source: US Global Legal Monitor

    The following is a guest post by Emily Tejada, a former intern with the Digital Resources Division of the Law Library of Congress. She is a recent graduate from Southern New Hampshire University.

    One interesting aspect of the United States’ judicial law is defendants’ right to represent themselves in court. Many may ask, “Why would someone choose to represent themselves in court?” This mainly concerns defendants wanting to manage their own court proceedings as they see fit and the belief that exercising the right to self-represent offers them the best chance of achieving their goals. Self-representation in court proceedings is a constitutional right continuously protected under the United States’ judicial law. The right to represent oneself in court has resulted in a plethora of criminal cases in which defendants chose to waive the right to an attorney and conduct their own defense. One fascinating self-representation case pertains to America’s first serial killer, H.H. Holmes. Following Holmes’ court case, three major cases solidified the legal precedent for a defendant’s right to represent themself in a criminal case and the regulations that dictate these types of court proceedings.

    Self-Representation is also known as proceeding pro se, which is Latin for “for oneself, on one’s own behalf.” This term refers to a defendant’s right to advocate on their own behalf before a court by waiving their right to attorney representation. This judicial right has been strongly protected since the United States’ founding under the Judiciary Act of 1789, which established the national judicial court system and was signed into law by President George Washington himself. Section 35 of the Judiciary Act, which can be found in Statutes at Large Volume One, set forth into law the right for parties to manage their own court cases. Section 35 states “[a]nd be it further enacted, that in all the courts of the United States, the parties may plead and manage their own causes personally or by the assistance of such counsel or attorneys at law as by the rules of the said courts respectively shall be permitted to manage and causes therewithin. …”

    U.S. Statutes at Large, Volume 1 (1789-1799), 1st through 5th Congress. Law Library of Congress. https://lccn.loc.gov/mm80001287.

    The right of defendants to represent themselves in court is further protected under the Sixth Amendment, as it guarantees the rights of defendants, which include the right to a lawyer. Under this amendment, there is a basis that a defendant may acquire counsel representation by their own choice. The Judiciary Act of 1789 and the Sixth Amendment protect a defendant’s right to represent themselves in court.

    One fascinating case of self-representation in criminal court deals with America’s first serial killer, H.H. Holmes. H.H. Holmes was born in 1861 as Herman Webster Mudgett in New Hampshire. Holmes developed a gruesome fascination with death – this included stealing corpses from graves and morgues during his college years at the University of Michigan, where Holmes would either sell these corpses to medical schools or burn and disfigure them to commit insurance fraud. Holmes would take out life insurance policies on these bodies before staging accidents to collect the money. He moved to Chicago in 1884 under the alias Dr. Henry H. Holmes, where he constructed a three-story hotel that would later become known as the “Murder Castle.” Holmes insisted that his guests, employees, and romantic partners were required to have life insurance policies and to list him as the beneficiary. He took advantage of the 1893 Chicago World Fair to target and lure guests to his hotel, many of whom disappeared. Once the fair ended, he and his accomplice, Benjamin Pitezel, traveled the United States, where a trail of homicides and disappearances followed Holmes, including the murder of Pitzel.

    The Ogden Standard. [volume] July 4, 1914. Library of Congress Chronicling America. https://lccn.loc.gov/sn85058396.

    Holmes was arrested in Boston in 1894 as he was suspected of committing fraud. However, through a thorough investigation, the police soon connected Holmes to the murder of Benjamin Pitzel and his three children. Holmes eventually confessed to murdering 28 people; however, it is believed he could be responsible for up to 200 murders. Holmes was only formally charged with the murder of Benjamin Pitezel, and he requested to represent himself in court. Holmes’s choice to represent himself was quite unprecedented since no accused murderer had ever done so. Holmes refused to accept the services of attorneys Everett A. Schofield and Joseph R. Fahy, who were appointed to his case by the court of Philadelphia. According to court records, Holmes was nasty to the prosecutor, asked for scientific analysis on all evidence, claimed Benjamin Pitzel had committed suicide, and often deflected questions. He made a grave error when he requested a lunch break after a detailed and grotesque description of Pitzel’s corpse, and he continuously failed to support his claims of innocence. He eventually requested the assistance of his defense attorneys but was ultimately convicted of Pitzel’s murder and was subsequently hanged for his crimes on May 7, 1896. H.H. Holmes represents America’s first recorded serial killer and the first murderer to utilize his constitutional right to represent himself.

    The Evening Times. [volume] Oct. 28, 1895. Library of Congress Chronicling America. https://chroniclingamerica.loc.gov/lccn/sn84024441/1895-10-28/ed-1/seq-1/

    The three major court cases that have set Constitutional standards for self-representation are Faretta v. California (1975), McKaskle v. Wiggins (1982 – 1984), and Indiana v. Edwards (2008). Anthony Faretta was charged with grand theft and requested to represent himself in the Los Angeles County Superior Court. Faretta stated that he was literate, had previously represented himself in criminal court, and did not wish to accept a public defender. While the presiding judge originally accepted his request, he soon determined Faretta was unable to adequately represent himself after questioning him on California state law and appointed a public defender. While the California court of appeals affirmed the judge’s ruling, stating that Faretta had no constitutional right to represent himself, the Supreme Court held that under the Sixth and Fourteenth Amendments, defendants in state criminal trials have a constitutional right to represent themselves when they “voluntarily and intellectually” elect to do so and that the California State courts denied Faretta that right. This 1975 decision set forth that the Sixth Amendment implies a constitutional right to represent oneself in the United States’ courts, and pro se proceedings are based on this decision.

    In the case of McKaskle v. Wiggins, Carl Edwin Wiggins was charged with robbing a Piggly Wiggly in San Antonio, Texas, and chose to waive his right to counsel. The court, however, chose to appoint Wiggins a standby counsel to assist him in understanding the basic rules of the courtroom. Wiggins frequently contested the role of his standby counsel and, after his conviction, argued for a new trial because his standby counsel interfered with his defense and deprived him of his constitutional right to represent himself, which was guaranteed under Faretta v. California. While the court of appeals held that Wiggins’ sixth amendment right to represent himself was violated by unsolicited participation of the standby counsel, the Supreme Court held that Wiggins’ constitutional right was not violated due to his ability to conduct his own defense as he saw fit and that the unsolicited intervention of the standby counsel was within reasonable limits. This case set the basic foundation for standby counsel to be allowed to participate in self-representation cases.

    In Indiana v. Edwards, Ahmad Edwards was charged with attempted murder after shooting an FBI agent, a security guard, and a bystander after stealing a pair of shoes. Edwards’s mental competency to stand trial was called into question, but after five years of psychiatric evaluation, he was deemed competent enough to stand trial. Edwards requested to represent himself in court; however, his medical records stated that he suffered from schizophrenia, and his requests were systematically denied. The

    Subscribe to In Custodia Legis – it is free! – to receive interesting posts drawn from the Law Library of Congress’s vast collections and our staff’s expertise in U.S., foreign, and international law.

    MIL OSI USA News

  • MIL-OSI USA: LEBANON COUNTY – Governor Shapiro and Major General Pippy to Open New Lickdale Veterans’ Outreach Center outside Fort Indiantown Gap

    Source: US State of Pennsylvania

    June 27, 2025Jonestown, PA

    ADVISORY – LEBANON COUNTY – Governor Shapiro and Major General Pippy to Open New Lickdale Veterans’ Outreach Center outside Fort Indiantown Gap

    Governor Josh Shapiro and Major General John Pippy, Pennsylvania’s Adjutant General and head of the Department of Military and Veterans Affairs (DMVA), will participate in a ribbon-cutting ceremony to officially open the new Lickdale Veterans’ Outreach Center.

    The Lickdale Veterans’ Outreach Center provides veterans and their families with convenient, in-person access to accredited veteran service officers who can assist them in discussing and applying for military benefits. The Center also includes training facilities and meeting space for larger veterans’ advocacy groups and service organizations. The Center is open to the public for walk-in service Monday through Friday, from 8:00 AM to 4:00 PM.
    Pennsylvania is home to nearly 700,000 veterans – the fifth-largest veteran population in the country.

    WHO:
    Governor Josh Shapiro
    Major General John Pippy

    WHERE:
    Lickdale Veterans’ Outreach Center
    40 Fisher Avenue
    Jonestown, PA 17038

    WHEN:
    Friday, June 27, 2025, at 11:00 AM

    LIVE STREAM:
    pacast.com/live/gov
    governor.pa.gov/live/

    RSVP:
    Press who are interested in attending must RSVP with the names and phone numbers for each member of their team to ra-gvgovpress@pa.gov.

    MIL OSI USA News

  • MIL-OSI Europe: ASIA – Central Asian countries seek to preserve water resources

    Source: Agenzia Fides – MIL OSI

    unece.org

    by Cosimo GrazianiTashkent (Agenzia Fides) – At the end of May, Kazakhstan, Tajikistan, and Uzbekistan signed a trilateral agreement regarding the allocation of water from the Bahri Tochik reservoir in Tajikistan during the harvest season from June to August. In the allocation of the reservoir’s resources, located on the course of the Syr Darya, one of the region’s two most important rivers, Kazakhstan was allocated 499 million cubic meters of water for agricultural irrigation, reports the Kazinform newspaper. The agreement demonstrates that the countries of the region – Kazakhstan, Kyrgyzstan, Tajikistan, Turkmenistan, and Uzbekistan – have begun to address the issue of water management, often through bilateral agreements. Water in Central Asia is becoming increasingly scarce. As a result of climate change and reckless management during the Soviet period, when canals were built to irrigate cotton fields dozens of kilometers from the riverbeds, the region’s two most important rivers, the Amu Darya and the Syr Darya, have dried up in their final stretches, ultimately leading to the drying up of the Aral Sea. The summer months are the most difficult to manage: the drought is becoming increasingly severe. The agreement between the three countries has positive effects not only on agriculture, but also on the energy policies of the participating countries and, more generally, on the joint management of water resources. In the past, there have been episodes of tensions leading to real conflicts over control of waterways and lakes. Kyrgyzstan has been the most frequently involved in this type of conflict. In 2014, clashes occurred on the border with Tajikistan; a brief armed conflict erupted in 2021, and the crisis continued the following year, resulting in one hundred deaths. The water supply situation calmed down when an agreement was reached in December of last year on border demarcation and, consequently, access to water resources. This was followed by another agreement involving Uzbekistan, which also covered energy supply issues related to water use. The Amu Darya was also at the center of the agreements signed between Uzbekistan and Turkmenistan in 2021 and 2022. According to the 2022 agreement, any decision that could affect the river’s course, including hydropower infrastructure, must first be independently assessed by the two states. Uzbekistan signed a similar agreement with Kazakhstan the same year, likely also due to political changes, on the management of the Pretashkent groundwater, which stretches between the two countries. Although these agreements demonstrate a certain willingness to jointly address the problem of water resources, two problems hamper these attempts. First, there is a lack of consensus in the region that encompasses all states. One attempt has been made in the past with the Interstate Commission for Water Coordination (ICWC), established in 1992 to protect and use the waters of the Aral Sea, and the Chu Talas Water Management Commission, which includes Kazakhstan and Kyrgyzstan. These two initiatives, which have remained isolated, require further support to adequately address the problem. Another problem is the intention of other countries to exploit the region’s water resources. While it is relatively easy to reach an agreement for the Syr Darya, the waters of the Amu Darya form the border between Tajikistan and Afghanistan, and Afghanistan also wishes to use them. The Taliban government plans to build the Qosh Tepa Canal, which will flow south from the river for 285 kilometers and facilitate the resumption of agriculture in the country. Construction was 80% complete in March, and the completion of the canal is causing concern for Turkmenistan and Uzbekistan: the canal is expected to divert up to 20% of the river’s current water flow, reducing their water supplies by 80% and 15%, respectively. Concerns include the impact on agriculture in both countries and the maintenance of the canal, which is feared to be built using poor technology and will lead to further water problems in the region in the future. (Agenzia Fides, 27/6/2025)
    Share:

    MIL OSI Europe News

  • MIL-OSI Russia: Students from Kazakhstan completed an internship on cross-border e-commerce in China

    Translation. Region: Russian Federal

    Source: People’s Republic of China in Russian – People’s Republic of China in Russian –

    Source: People’s Republic of China – State Council News

    BEIJING, June 27 (Xinhua) — Thirty-two students from the International Kazakh-Chinese Language College recently completed a three-month internship on cross-border e-commerce at the China-Kazakhstan International Boundary Cooperation Center (ICBC) “Khorgos” in the city of the same name in northwest China’s Xinjiang Uygur Autonomous Region (XUAR), the city’s press service said.

    During the internship, students from Kazakhstan mastered the skills of presenting products live, and also learned how to manage accounts on short video platforms and cross-border logistics, and tried to present specific products to consumers in the two countries in Kazakh and Chinese.

    According to Arna Alibek, one of the interns, she managed to learn how to conduct cross-border e-commerce, present products via live broadcasts, shoot videos and disseminate this knowledge in Khorgos. She added that if there was such an opportunity, she would like to go to Hangzhou, known as China’s e-commerce hub, and try to promote Kazakhstan’s products to China there.

    In recent years, the fast-growing Central Asian e-commerce market has attracted increasing interest from global e-commerce merchants. For many Chinese companies looking to enter the Central Asian market, Kazakhstan is the first port of call.

    In 2024, the volume of the e-commerce market in Kazakhstan reached about 3.2 trillion tenge, accounting for 14.1 percent of all retail trade in the country during the reporting period, The Tenge reports, citing a source from the Bureau of National Statistics.

    In May of this year, the major Chinese online trading platform Taobao, which topped the ranking of the most downloaded mobile apps in many foreign countries, began operating in Kazakhstan, allowing consumers to receive information about products and their prices in Russian, as well as pay for purchases in the national currency, without resorting to online translators. Notably, this is the first time that Taobao has launched a multilingual app in a non-English-speaking country. -0-

    MIL OSI Russia News

  • MIL-OSI Russia: Toyota Begins Construction of Electric Vehicle Plant in Shanghai

    Translation. Region: Russian Federal

    Source: People’s Republic of China in Russian – People’s Republic of China in Russian –

    Source: People’s Republic of China – State Council News

    SHANGHAI, June 27 (Xinhua) — Japanese automaker Toyota Motor Corporation on Friday began construction of a plant to produce Lexus brand electric vehicles in Shanghai, east China.

    The new plant, located in Shanghai’s Jinshan District and also including a battery development and production base, will roll out its first vehicles as early as 2027, with an initial production capacity of 100,000 units per year.

    Jiang Juwang, director of the Jinshan District Investment Promotion Office, said that although Jinshan is not an auto hub, the fact that it is located in the geometric center of the Yangtze River Delta allows it to bring together component suppliers, research and development centers and auto companies based in Shanghai.

    This “one-hour supply chain radius” enables Toyota to make local purchases for key production processes, Jiang Juwang said.

    Remarkably, the entire process from the signing of the strategic cooperation agreement between the Shanghai government and Toyota on April 22 to the start of construction of the plant took just over two months. -0-

    MIL OSI Russia News

  • MIL-OSI: 0 equipment, 0 skills, 0 threshold, RICH Miner allows you to earn while playing!

    Source: GlobeNewswire (MIL-OSI)

    New York City, June 27, 2025 (GLOBE NEWSWIRE) — In traditional concepts, mining means investing thousands of mining machines, spending huge electricity bills, and understanding complex mining machine configuration and maintenance. For ordinary users, this high threshold almost makes the possibility of mining out of reach. But now, RICH Miner breaks this barrier and realizes true “0 equipment, 0 skills, 0 threshold” cloud mining, allowing you to easily start the cryptocurrency passive income mode with just a few clicks.

    Platform highlights

    1. 0 equipment: All mining machines are borne by the platform
    Global green mines: RICH Miner has self-built or cooperative mines in North America, Europe, and Southeast Asia, all of which use clean energy (wind, solar, and hydropower), without the need for users to purchase, deploy, or maintain any hardware.

    Centralized operation and maintenance: Professional teams monitor 24/7 to ensure stable computing power output and avoid any downtime or performance degradation.

    2.0 Skills: AI fully automatic mining
    Intelligent computing power scheduling: The built-in AI algorithm monitors the income status of major mining pools in real time, and automatically allocates your computing power to the mining pool with the highest output, without manual switching.

    One-click start: After registration, click “Start mining”, and the system will run immediately, without command line or server setup.

    3.0 Threshold: Free experience + flexible contract
    Register for benefits: New users can get a $15 reward and experience the mining process at zero cost.

    Multiple contracts: short-term daily settlement, 7 days, 30 days, multiple options; how much computing power to invest, freely decide, flexibly meet different budgets and needs.

        Contract Potential Profit Table
    Contract Price Contract duration Daily income Total revenue
    $100  2 $3  $100.00 + $6
    $700  8 $8.68  $500.00 + $69.44
    $1,600  15 $21.60  $1600.00 + $324
    $3,300  18 $46.20  $3300.00 + $831.60
    $5,600  22 $84.00  $5600.00 + $1848
    $8,800  28 $140.80  $8800.00 + $3942.40

    All contract income is fair and open-control your wealth freedom anytime, anywhere, and download the official APP with one click.

    (Click to download mobile APP)

    RICH Miner provides a trustworthy, transparent and environmentally friendly way to accumulate wealth with minimal effort.

    Deposits support multiple currencies: BTC, ETH, XRP, DOGE, USDT and other mainstream currencies are available.

    Revenue mechanism and user benefits
    Daily automatic settlement: The system will settle daily income in seconds according to the computing power held, without manual claiming.

    Flexible withdrawal: After reaching the minimum withdrawal threshold, you can withdraw the currency to your personal wallet or exchange with one click, and the funds flow freely.

    Invitation reward: Share the exclusive invitation link, and after your friends register and start mining, you can also get an additional 3% reward, realizing the dual benefits of “playing and earning + team”.

    User Voice
    “I have never been involved in mining before. It took less than five minutes to register RICH Miner and I didn’t even have to worry about the electricity bill. I received dozens of dollars on the first day. After a month, my side income exceeded 2,000 US dollars. It was a surprise!”
    – Laura, a user from Mexico

    “The platform can see the increase in income every day. It is much more stable than speculating in coins, and it can be operated with a mobile phone. Instead of leaving the coins in your wallet idle, it is better to use it to help you make money!”
    – Markus, a user from Germany

    Conclusion: Everyone can become a “digital miner”
    In RICH Miner, mining is no longer exclusive to technical gods, but an easy game that anyone can participate in. 0 equipment, 0 skills, 0 threshold, so that every user can enjoy the fun of passive income. Don’t let your digital assets lie in your wallet in vain, register RICH Miner now, receive your free computing power, and start a new experience of earning while playing!

    Act now: Click here to register and start your smart cloud mining journey now!
    Official website: https://richminer.com
    Official email: info@richminer.com

    Attachment

    The MIL Network

  • MIL-OSI Analysis: Why energy markets fluctuate during an international crisis

    Source: The Conversation – USA – By Skip York, Nonresident Fellow in Energy and Global Oil, Baker Institute for Public Policy, Rice University

    Stock and commodities traders found themselves dealing with various price swings as energy markets responded to Israeli and U.S. attacks on Iran. Timothy A. Clary/AFP via Getty Imagesf

    Global energy markets, such as those for oil, gas and coal, tend to be sensitive to a wide range of world events – especially when there is some sort of crisis. Having worked in the energy industry for over 30 years, I’ve seen how war, political instability, pandemics and economic sanctions can significantly disrupt energy markets and impede them from functioning efficiently.

    A look at the basics

    First, consider the economic fundamentals of supply and demand. The risk most people imagine in the current crisis between Israel, the U.S. and Iran is that Iran, which is itself a major oil-producing country, might suddenly expand the conflict by threatening the ability of neighboring countries to supply oil to the world.

    Oil wells, refineries, pipelines and shipping lanes are the backbone of energy markets. They can be vulnerable during a crisis: Whether there is deliberate sabotage or collateral damage from military action, energy infrastructure often takes a hit.

    For instance, after Saddam Hussein invaded Kuwait in August 1990, Iraqi forces placed explosive charges on Kuwaiti oil wells and began detonating them in January 1991. It took months for all the resulting fires to be put out, and millions of barrels of oil and hundreds of millions of cubic meters of natural gas were released into the environment – rather than being sold and used productively somewhere around the world.

    Scenes of Kuwaiti life during and after the Gulf War of 1990 and 1991 include images of oil wells burning as a result of Iraqi sabotage.

    Logistics can mess markets up too. For instance, closing critical maritime routes like the Strait of Hormuz or the Suez Canal can cause transportation delays.

    Whether supply is lost from decreased production or blocked transportation routes, the effect is less oil available to the market, which not only causes prices to rise in general, but it also makes them more volatile – tending to change more frequently and by larger amounts.

    On the flip side, demand can also shift radically. During the 1990-1991 Gulf War, demand rose: U.S. forces alone used more than 2 billion gallons of fuel, according to an Army analysis. By contrast, during the COVID-19 pandemic, industries shut down, travel came to a halt and energy demand plummeted.

    When crisis looms, countries and companies often start stockpiling oil and other raw materials rather than buying only what they need right now. That creates even more imbalance, resulting in price volatility that leaves everyone, both consumers and producers, with a headache.

    Regional considerations

    In addition to uncertainties around market fundamentals, it’s important to note that many of the world’s energy reserves are located in regions that have not been models of stability. In the Middle East, wars, revolutions and diplomatic disputes there can raise concerns about supply, demand or both.

    Those worries send shock waves through the world’s energy markets. It’s like walking on a tightrope: One wrong move – or even the perception of a misstep – can make the market wobble.

    Governments’ economic sanctions, such as those restricting trade with Iran, Russia or Venezuela, can distort production and investment decisions and disrupt trade flows. Sometimes markets react even before sanctions are officially in place: Just the rumor of a possible embargo can cause prices to spike as buyers scramble to secure resources.

    In 2008, for example, India and Vietnam imposed rice export bans, and rumors of additional restrictions fueled panic buying and nearly doubled prices in months.

    In those scrambles, the role of investor speculation enters the picture. Energy commodities, such as oil and gas, aren’t just physical resources; they’re also traded as financial assets like stocks and bonds. During uncertain times, traders don’t wait around for actual changes in supply and demand. They react to news and forecasts, sometimes in large groups, which can shift the market just with the actions that result from their fears or hopes.

    The events on June 22, 2025, are a good example of how this dynamic works. The Iranian parliament passed a resolution authorizing the country’s Supreme Council to close the Strait of Hormuz. Immediately, oil prices started rising, even though the strait was still open, with oil tankers steaming through unimpeded.

    The next day, Iran launched a missile strike on Qatar, but coordinated in advance with Qatari officials to minimize damage and casualties. Traders and analysts perceived the action as a de-escalatory signal and anticipated that the Supreme Council was not going to close the strait. So prices started to fall.

    It was a price roller coaster, fueled by speculation rather than reality. And computer algorithms and artificial intelligence, which assist in making automated trades, only add to the chaos of price changes.

    Shipping activity in the Persian Gulf and the Strait of Hormuz decreased after Israel’s attacks on Iranian nuclear facilities.

    A broader look

    International crises can also cause wider changes in countries’ economies – or the global economy as a whole – which in turn affect the energy market.

    If a crisis sparks a recession, rising inflation or high unemployment, those tend to cause people and businesses to use less energy. When the underlying situation stabilizes, recovery efforts can mean energy consumption resumes. But it’s like a pendulum swinging back and forth, with energy markets caught in the middle.

    Renewable energy is not immune to international crisis and chaos. The supply is less affected by market forces: The amount of available sunlight and wind isn’t tied to geopolitical relations. But overall economic conditions still affect demand, and a crisis can disrupt the supply chains for the equipment needed to harness renewable energy, like solar panels and wind turbines.

    It’s no wonder energy markets are so jittery during international crises. A mix of imbalances between supply and demand, vulnerable infrastructure, political tensions, corporate worries and speculative trading all weave together into a complex web of volatility.

    For policymakers, investors and consumers, understanding these dynamics is key to navigating the ups and downs of energy markets in a crisis-prone world. The solutions aren’t simple, but being informed is the first step toward stability.

    Skip York is a nonresident fellow for Global Oil and Energy with the Center for Energy Studies at Rice University’s Baker Institute for Public Policy. He also is the Chief Energy Strategist at Turner Mason & Company, an energy consulting firm.

    ref. Why energy markets fluctuate during an international crisis – https://theconversation.com/why-energy-markets-fluctuate-during-an-international-crisis-259839

    MIL OSI Analysis

  • MIL-OSI Analysis: How Zohran Mamdani’s win in the New York City mayoral primary could ripple across the country

    Source: The Conversation – USA – By Lincoln Mitchell, Lecturer, School of International and Public Affairs, Columbia University

    New York mayoral candidate Zohran Mamdani speaks to supporters in Brooklyn on May 4, 2025. Madison Swart/Hans Lucas/AFP via Getty Images

    Top Republicans and Democrats alike are talking about the sudden rise of 33-year-old Zohran Mamdani, a state representative who won the Democratic mayoral primary in New York on June 24, 2025, in a surprising victory over more established politicians.

    While President Donald Trump quickly came out swinging with personal attacks against Mamdani, some establishment Democratic politicians say they are concerned about how the democratic socialist’s progressive politics could harm the broader Democratic Party and cause it to lose more centrist voters.

    New York is a unique American city, with a diverse population and historically liberal politics. So, does a primary mayoral election in New York serve as any kind of harbinger of what could come in the rest of the country?

    Amy Lieberman, a politics and society editor at The Conversation U.S., spoke with Lincoln Mitchell, a political strategy and campaign specialist who lectures at Columbia University, to understand what Mamdani’s primary win might indicate about the direction of national politics.

    New York mayoral candidate Zohran Mamdani, center, greets voters with New York Comptroller Brad Lander, right, on the Upper West Side on June 24, 2025.
    Michael M. Santiago/Getty Images

    Does Mamdani’s primary win offer any indication of how the Democratic Party might be transforming on a national level?

    Mamdani’s win is clearly a rebuke of the more corporate wing of the Democratic Party. I know there are people who say that New York is different from the rest of the country. But from a political perspective, Democrats in New York are less different from Democrats in the rest of country than they used to be.

    That’s because the rest of America is so much more diverse than it used to be. But if you look at progressive politicians now in the House of Representatives and state legislatures, they are being elected from all over – not just in big cities like New York anymore.

    Andrew Cuomo, the former governor of New York, ran an absolutely terrible mayoral campaign. He tried to build a political coalition that is no longer a winning one, which was made up of majorities of African Americans, outer-borough white New Yorkers and orthodox and conservative Jews. Thirty or 40 years ago, that was a powerful coalition. Today, it could not make up a majority.

    Mamdani visualized and created what a 2025 progressive coalition looks like in New York and recognized that it is going to look different than the past. Mamdani’s coalition was based around young, white people – many of them with college degrees who are worried about affordability – ideological lefties and immigrants from parts of the Global South, including the Caribbean and parts of Africa, South Asia and South America.

    When you say a new kind of political coalition, what policy priorities bring Mamdani’s supporters together?

    Mamdani reframed what I would call redistributive economic policies that have long been central to the progressive agenda. A pillar of his campaign is affordability – a brilliant piece of political marketing because who is against affordability? He came up with some affordability-related policies that got enough buzz, like promising free buses. Free buses are great, but it won’t help most working and poor New Yorkers get to work – they take the subway.

    He has been very critical of Israel and has weathered charges of antisemitism.

    In the older New York, progressive politicians such as the late Congressman Charlie Rangel were very hawkish on Israel.

    What Mamdani understood is that in today’s America, the progressive wing of the Democratic Party does not care if somebody is, sounds like or comes close to being antisemitic. For those people, calling someone antisemitic sounds Trumpy, and they understand it as a right-wing hit, rather than the legitimate expression of concerns from Jewish people. Some liberals think that claims of antisemitism are simply something done just by those on the right to damage or discredit progressive politicians, but antisemitism is real.

    Therefore, Mamdani’s record on the Jewish issue did not hurt him in the campaign, but he needs to build bridges to Jewish voters, or he will not be able to govern New York City.

    How else did Mamdani appeal to a base of supporters?

    He got the support of “limousine liberals” – including rich, high-profile, progressive people. His supporters include Ella Emhoff, a model and the stepdaughter of Kamala Harris, and the actress Cynthia Nixon, but there were many others. Supporting Mamdani became stylish – almost de rigueur – among certain segments of affluent New York.

    Mamdani is also a true New Yorker and the voice of a new kind of immigrant. His parents are from Uganda and India. But he is also the child of extreme privilege – his mother, Mira Nair, is a well-known filmmaker, and his father is an accomplished professor. Mamdani went to top schools in New York and knows how to play in elite circles, and with white people. He is a Muslim man whose roots are in the Global South, not threatening because he knows how to speak their language.

    But to people of color and immigrants, Mamdani is also one of them. Because of Mamdani’s interesting background, he brought the limousine liberals together with the aunties from Bangladesh.

    Finally, on the charisma scale, Mamdani was so far ahead of other Democratic candidates. Who is going to make better TikTok videos – the good-looking, young man whose mother is a world-famous movie producer, or the older guy who is a loving father and husband but gives off dependable dad, rather than hip young guy, vibes?

    People arrive to vote in the New York mayoral primary in Brooklyn on June 24, 2025.
    Spencer Platt/Getty Images

    Is New York City so distinct that you cannot compare politics there to what happens nationwide?

    I think that nationwide or at the state level there is a potential for something similar to a Mamdani coalition, but not a Mamdani coalition exactly. But in a place like Oklahoma, there are people who are in bad economic shape and who will also respond positively to an affordability-focused, Democratic political campaign. Mamdani remade a progressive New York coalition for this moment. Other progressives politicians should copy the spirit of that and reimagine a winning coalition in their city, state or district.

    When Trump was campaigning, he focused at least on making groceries cheaper. Mamdani is one of the few Democrats who took the affordability issue back from Trump and addressed it head on and in a much more honest and relevant way. Trump has the phrase, “Make America Great Again!” That’s a popular slogan on baseball caps for Trump supporters.

    If Mamdani wanted to make a baseball cap, he could just print “Affordability” on it. Boom.

    Other Democratic politicians can take that approach of affordability and reframe it in a way that works in Kansas City or elsewhere.

    Lincoln Mitchell supported Brad Lander in the primary election.

    ref. How Zohran Mamdani’s win in the New York City mayoral primary could ripple across the country – https://theconversation.com/how-zohran-mamdanis-win-in-the-new-york-city-mayoral-primary-could-ripple-across-the-country-259951

    MIL OSI Analysis

  • MIL-OSI Analysis: Cascading disasters like those created by Hurricane Helene show why hazard models can’t rely on the past

    Source: The Conversation – USA – By Brian J. Yanites, Associate Professor of Earth and Atmospheric Science. Professor of Surficial and Sedimentary Geology, Indiana University

    The Carter Lodge hangs precariously over the flood-scoured bank of the Broad River in Chimney Rock Village, N.C., on May 13, 2025, eight months after Hurricane Helene. AP Photo/Allen G. Breed

    Hurricane Helene lasted only a few days in September 2024, but it altered the landscape of the Southeastern U.S. in profound ways that will affect the hazards local residents face far into the future.

    Mudslides buried roads and reshaped river channels. Uprooted trees left soil on hillslopes exposed to the elements. Sediment that washed into rivers changed how water flows through the landscape, leaving some areas more prone to flooding and erosion.

    Helene was a powerful reminder that natural hazards don’t disappear when the skies clear – they evolve.

    These transformations are part of what scientists call cascading hazards. They occur when one natural event alters the landscape in ways that lead to future hazards. A landslide triggered by a storm might clog a river, leading to downstream flooding months or years later. A wildfire can alter the soil and vegetation, setting the stage for debris flows with the next rainstorm.

    Satellite images before (top) and after Hurricane Helene (bottom) show how the storm altered landscape near Pensacola, N.C., in the Blue Ridge Mountains.
    Google Earth, CC BY

    I study these disasters as a geomorphologist. In a new paper in the journal Science, I and a team of scientists from 18 universities and the U.S. Geological Survey explain why hazard models – used to help communities prepare for disasters – can’t just rely on the past. Instead, they need to be nimble enough to forecast how hazards evolve in real time.

    The science behind cascading hazards

    Cascading hazards aren’t random. They emerge from physical processes that operate continuously across the landscape – sediment movement, weathering, erosion. Together, the atmosphere, biosphere and the earth are constantly reshaping the conditions that cause natural disasters.

    For instance, earthquakes fracture rock and shake loose soil. Even if landslides don’t occur during the quake itself, the ground may be weakened, leaving it primed for failure during later rainstorms.

    That’s exactly what happened after the 2008 earthquake in Sichuan Province, China, which led to a surge in debris flows long after the initial seismic event.

    A strong aftershock after a 7.8 magnitude earthquake in Sichuan province, China, in May 2008 triggered more landslides in central China.
    AP Photo/Andy Wong

    Earth’s surface retains a “memory” of these events. Sediment disturbed in an earthquake, wildfire or severe storm will move downslope over years or even decades, reshaping the landscape as it goes.

    The 1950 Assam earthquake in India is a striking example: It triggered thousands of landslides. The sediment from these landslides gradually moved through the river system, eventually causing flooding and changing river channels in Bangladesh some 20 years later.

    An intensifying threat in a changing world

    These risks present challenges for everything from emergency planning to home insurance. After repeated wildfire-mudslide combinations in California, some insurers pulled out of the state entirely, citing mounting risks and rising costs among the reasons.

    Cascading hazards are not new, but their impact is intensifying.

    Climate change is increasing the frequency and severity of wildfires, storms and extreme rainfall. At the same time, urban development continues to expand into steep, hazard-prone terrain, exposing more people and infrastructure to evolving risks.

    The rising risk of interconnected climate disasters like these is overwhelming systems built for isolated events.

    Yet climate change is only part of the equation. Earth processes – such as earthquakes and volcanic eruptions – also trigger cascading hazards, often with long-lasting effects.

    Mount St. Helens is a powerful example: More than four decades after its eruption in 1980, the U.S. Army Corps of Engineers continues to manage ash and sediment from the eruption to keep it from filling river channels in ways that could increase the flood risk in downstream communities.

    Rethinking risk and building resilience

    Traditionally, insurance companies and disaster managers have estimated hazard risk by looking at past events.

    But when the landscape has changed, the past may no longer be a reliable guide to the future. To address this, computer models based on the physics of how these events work are needed to help forecast hazard evolution in real time, much like weather models update with new atmospheric data.

    A March 2024 landslide in the Oregon Coast Range wiped out trees in its path.
    Brian Yanites, June 2025
    A drone image of the same March 2024 landslide in the Oregon Coast Range shows where it temporarily dammed the river below.
    Brian Yanites, June 2025

    Thanks to advances in Earth observation technology, such as satellite imagery, drone and lidar, which is similar to radar but uses light, scientists can now track how hillslopes, rivers and vegetation change after disasters. These observations can feed into geomorphic models that simulate how loosened sediment moves and where hazards are likely to emerge next.

    Researchers are already coupling weather forecasts with post-wildfire debris flow models. Other models simulate how sediment pulses travel through river networks.

    Cascading hazards reveal that Earth’s surface is not a passive backdrop, but an active, evolving system. Each event reshapes the stage for the next.

    Understanding these connections is critical for building resilience so communities can withstand future storms, earthquakes and the problems created by debris flows. Better forecasts can inform building codes, guide infrastructure design and improve how risk is priced and managed. They can help communities anticipate long-term threats and adapt before the next disaster strikes.

    Most importantly, they challenge everyone to think beyond the immediate aftermath of a disaster – and to recognize the slow, quiet transformations that build toward the next.

    Brian J. Yanites receives funding from the National Science Foundation.

    ref. Cascading disasters like those created by Hurricane Helene show why hazard models can’t rely on the past – https://theconversation.com/cascading-disasters-like-those-created-by-hurricane-helene-show-why-hazard-models-cant-rely-on-the-past-259502

    MIL OSI Analysis

  • MIL-OSI Asia-Pac: Tang dynasty artefacts go on display

    Source: Hong Kong Information Services

    The opening ceremony of the “Tang Vogue Beyond the Horizons: A Golden Era of Multicultural Integration & Openness” exhibition, which will run at the Heritage Discovery Centre from tomorrow, was held today.

    The exhibition is jointly organised by the Development Bureau and the National Cultural Heritage Administration.

    Speaking at the opening ceremony, Secretary for Development Bernadette Linn said that as one of the celebration activities of the 28th anniversary of Hong Kong’s return to the motherland, this is the largest joint exhibition, in terms of profile, scale and quantity of artefacts on display, since the signing of the Framework Agreement on Deepening Exchange & Cooperation in the Field of Heritage Architecture & Archaeology between the bureau and the National Cultural Heritage Administration in 2022.

    She highlighted that the exhibition marks a move towards a higher level of mutual co-operation, and she is looking forward that the exhibition can showcase the culture of the majestic Tang dynasty to members of the public and friends from all over the world.

    Among the key exhibits are two paintings, namely the “Scroll depicting Emperor Minghuang playing polo”, which is a Song dynasty depiction of Emperor Xuanzong of Tang playing polo with his concubines on horseback; and the hanging scroll of Li Bai’s “Chun Ye Yan Tao Li Yuan Xu”  on cut silk depicting the refined life of Tang dynasty literati.

    These paintings will only be displayed during the first two months.

    The exhibition also displays significant Tang dynasty artefacts unearthed at Chek Lap Kok, Tung Chung and San Tau on Lantau Island in Hong Kong, including ceramic ware, iron weapons, bronze belt ornaments, silver chai hairpin, glass ring and fragment of silver piece, to illustrate the role of Hong Kong in the Maritime Silk Road.

    The exhibition will run from tomorrow to December 31 with free admission.

    Click here for details.

    MIL OSI Asia Pacific News

  • MIL-OSI Asia-Pac: Tang dynasty artefacts go on display

    Source: Hong Kong Information Services

    The opening ceremony of the “Tang Vogue Beyond the Horizons: A Golden Era of Multicultural Integration & Openness” exhibition, which will run at the Heritage Discovery Centre from tomorrow, was held today.

    The exhibition is jointly organised by the Development Bureau and the National Cultural Heritage Administration.

    Speaking at the opening ceremony, Secretary for Development Bernadette Linn said that as one of the celebration activities of the 28th anniversary of Hong Kong’s return to the motherland, this is the largest joint exhibition, in terms of profile, scale and quantity of artefacts on display, since the signing of the Framework Agreement on Deepening Exchange & Cooperation in the Field of Heritage Architecture & Archaeology between the bureau and the National Cultural Heritage Administration in 2022.

    She highlighted that the exhibition marks a move towards a higher level of mutual co-operation, and she is looking forward that the exhibition can showcase the culture of the majestic Tang dynasty to members of the public and friends from all over the world.

    Among the key exhibits are two paintings, namely the “Scroll depicting Emperor Minghuang playing polo”, which is a Song dynasty depiction of Emperor Xuanzong of Tang playing polo with his concubines on horseback; and the hanging scroll of Li Bai’s “Chun Ye Yan Tao Li Yuan Xu”  on cut silk depicting the refined life of Tang dynasty literati.

    These paintings will only be displayed during the first two months.

    The exhibition also displays significant Tang dynasty artefacts unearthed at Chek Lap Kok, Tung Chung and San Tau on Lantau Island in Hong Kong, including ceramic ware, iron weapons, bronze belt ornaments, silver chai hairpin, glass ring and fragment of silver piece, to illustrate the role of Hong Kong in the Maritime Silk Road.

    The exhibition will run from tomorrow to December 31 with free admission.

    Click here for details.

    MIL OSI Asia Pacific News

  • MIL-OSI: Aemetis Biogas Receives CARB Approval for Seven RNG Pathways

    Source: GlobeNewswire (MIL-OSI)

    CUPERTINO, Calif., June 27, 2025 (GLOBE NEWSWIRE) — Aemetis, Inc. (NASDAQ: AMTX), a renewable natural gas (RNG) and renewable fuels company, announced today that the California Air Resources Board (CARB) has approved provisional pathways under the Low Carbon Fuel Standard (LCFS) for seven dairy digesters built and operated by Aemetis Biogas, a subsidiary of the Company. The pathway approvals are effective as of January 1, 2025. The average carbon intensity for the seven approved pathways is -384, with carbon intensities ranging from -327 to -419.

    “The approval of seven LCFS pathways increases the number of LCFS credits generated by these digesters by approximately 100%,” stated Eric McAfee, Chairman and CEO of Aemetis. “With eleven operating digesters and a four-dairy cluster digester currently being completed, we have additional pathway filings in process that we expect will be approved more quickly than these initial pathways once the LCFS regulatory amendments are adopted this year.”

    With the LCFS first quarter reporting deadline of June 30, 2025, the January 1, 2025, effective date of the new pathways enables Aemetis to immediately obtain the increased LCFS credit quantity for its RNG produced in the first quarter of 2025.

    Aemetis renewable energy and energy efficiency projects include the construction of new dairy digesters expected to generate more than 1 million MMBtu per year of renewable natural gas; the Keyes ethanol plant mechanical vapor recompression system that is expected to generate $32 million of increased annual cash flow starting in 2026; the Riverbank carbon sequestration project to inject 1.4 million tons per year of CO2 per year underground; and the 78 million gallon per year sustainable aviation fuel and renewable diesel plant that has already received Authority To Construct air permits and other key approvals.

    About Aemetis

    Headquartered in Cupertino, California, Aemetis is a renewable natural gas and renewable fuel company focused on the operation, acquisition, development, and commercialization of innovative technologies that replace petroleum products and reduce greenhouse gas emissions. Founded in 2006, Aemetis is operating and actively expanding a California biogas digester network and pipeline system to convert dairy waste gas into Renewable Natural Gas. Aemetis owns and operates a 65 million gallon per year ethanol production facility in California’s Central Valley near Modesto that supplies about 80 dairies with animal feed. Aemetis owns and operates an 80 million gallon per year production facility on the East Coast of India producing high quality distilled biodiesel and refined glycerin. Aemetis is developing a sustainable aviation fuel and renewable diesel fuel biorefinery in California that will use renewable hydrogen and hydroelectric power to produce low carbon intensity renewable jet and diesel fuel. For additional information about Aemetis, please visit www.aemetis.com.

    Safe Harbor Statement

    This news release contains forward-looking statements, including statements regarding assumptions, projections, expectations, targets, intentions or beliefs about future events or other statements that are not historical facts. Forward-looking statements include, without limitation, projections of financial results in 2025 and future years; statements relating to the development, engineering, financing, construction and operation of the Aemetis ethanol, biogas, SAF and renewable diesel, and carbon sequestration facilities; our ability to promote, develop, finance, and construct facilities to produce biogas, renewable fuels, and biochemicals; and statements about future market prices and results of government actions. Words or phrases such as “anticipates,” “may,” “will,” “should,” “believes,” “estimates,” “expects,” “intends,” “plans,” “predicts,” “projects,” “showing signs,” “targets,” “view,” “will likely result,” “will continue” or similar expressions are intended to identify forward-looking statements. These forward-looking statements are based on current assumptions and predictions and are subject to numerous risks and uncertainties. Actual results or events could differ materially from those set forth or implied by such forward-looking statements and related assumptions due to certain factors, including, without limitation, competition in the ethanol, biodiesel and other industries in which we operate, commodity market risks including those that may result from current weather conditions, financial market risks, customer adoption, counter-party risks, risks associated with changes to federal policy or regulation, and other risks detailed in our reports filed with the Securities and Exchange Commission, including our Annual Reports on Form 10-K, and in our other filings with the SEC. We are not obligated, and do not intend, to update any of these forward-looking statements at any time unless an update is required by applicable securities laws.

    Company Investor Relations
    Media Contact:
    Todd Waltz
    (408) 213-0940
    investors@aemetis.com

    External Investor Relations
    Contact:
    Kirin Smith
    PCG Advisory Group
    (646) 863-6519
    ksmith@pcgadvisory.com

    The MIL Network

  • Trump plans executive orders to power AI growth in race with China

    Source: Government of India

    Source: Government of India (4)

    The Trump administration is readying a package of executive actions aimed at boosting energy supply to power the U.S. expansion of artificial intelligence, according to four sources familiar with the planning.

    Top economic rivals U.S. and China are locked in a technological arms race and with it secure an economic and military edge. The huge amount of data processing behind AI requires a rapid increase in power supplies that are straining utilities and grids in many states.

    The moves under consideration include making it easier for power-generating projects to connect to the grid, and providing federal land on which to build the data centers needed to expand AI technology, according to the sources.

    The administration will also release an AI action plan and schedule public events to draw public attention to the efforts, according to the sources, who requested anonymity to discuss internal deliberations.

    The White House did not respond to requests for comment.

    Training large-scale AI models requires a huge amount of electricity, and the industry’s growth is driving the first big increase in U.S. power demand in decades.

    Between 2024 and 2029, U.S. electricity demand is projected to grow at five times the rate predicted in 2022, according to power-sector consultancy Grid Strategies.

    Meanwhile, power demand from AI data centers could grow more than thirtyfold by 2035, according to a new report by consultancy Deloitte.

    Building and connecting new power generation to the grid, however, has been a major hurdle because such projects require extensive impact studies that can take years to complete, and existing transmission infrastructure is overwhelmed.

    Among the ideas under consideration by the administration is to identify more fully developed power projects and move them higher on the waiting list for connection, two of the sources said.

    Siting data centers has also been challenging because larger facilities require a lot of space and resources, and can face zoning obstacles or public opposition.

    The executive orders could provide a solution to that by offering land managed by the Defense Department or Interior Department to project developers, the sources said.

    The administration is also considering streamlining permitting for data centers by creating a nationwide Clean Water Act permit, rather than requiring companies to seek permits on a state-by-state basis, according to one of the sources.

    In January, Trump hosted top tech CEOs at the White House to highlight the Stargate Project, a multi-billion effort led by ChatGPT’s creator OpenAI, SoftBank 9434.T and Oracle ORCL.N to build data centers and create more than 100,000 jobs in the U.S.

    Trump has prioritized winning the AI race against China and declared on his first day in office a national energy emergency aimed at removing all regulatory obstacles to oil and gas drilling, coal and critical mineral mining, and building new gas and nuclear power plants to bring more energy capacity online.

    He also ordered his administration in January to produce an AI Action Plan that would make “America the world capital in artificial intelligence” and reduce regulatory barriers to its rapid expansion.

    That report, which includes input from the National Security Council, is due by July 23. The White House is considering making July 23 “AI Action Day” to draw attention to the report and demonstrate its commitment to expanding the industry, two of the sources said.

    Trump is scheduled to speak at an AI and energy event in Pennsylvania on July 15 hosted by Senator Dave McCormick.

    Amazon this month announced it would invest $20 billion in data centers in two Pennsylvania counties.

    (Reuters)

  • MIL-OSI Banking: India’s International Investment Position (IIP), March 2025

    Source: Reserve Bank of India

    Today, the Reserve Bank released data relating to India’s International Investment Position for end-March 2025[1].

    Key Features

    IIP during January-March 2025:

    • Net claims of non-residents on India declined by US$ 34.2 billion during Q4:2024-25 to US$ 330.0 billion as at end-March 2025.

    • Higher rise in Indian residents’ overseas financial assets (US$ 60.0 billion) as compared to that in the foreign-owned assets in India (US$ 25.8 billion) led to the decline in net claims of non-residents during the quarter (Table 1).

    • Increase in reserve assets accounted for over 54 per cent of the rise in Indian residents’ overseas financial assets, followed by currency & deposits and direct investments.

    • Rise in loans (US$ 10.0 billion) and inward direct investment (US$ 9.7 billion) together accounted for over three-fourths of the rise in foreign liabilities of Indian residents during January-March 2025.

    • Reserve assets accounted for 58.7 per cent of India’s international financial assets (Table 3).

    • The ratio of India’s international assets to international liabilities increased to 77.5 per cent in March 2025 from 74.8 per cent a quarter ago (Chart 1 & Table 1).

    • The share of debt liabilities in total external liabilities increased during the quarter and stood at 54.8 per cent (Table 4).

    IIP during April-March 2024-25:

    • During 2024-25, the net claims of non-residents declined by US$ 31.2 billion on the back of higher rise in India’s external financial assets (US $ 105.4 billion) vis-à-vis external financial liabilities (US $ 74.2 billion) (Table 1).

    • Over 72 per cent of the rise in India’s overseas financial assets was due to increase in overseas direct investment, currency & deposits, and reserve assets.

    • Inward direct investments, loans as well as currency & deposits accounted for over three-fourths of the rise in foreign liabilities during the year.

    • The ratio of India’s international financial assets to international financial liabilities increased to 77.5 per cent in March 2025 from 74.1 per cent a year ago (Chart 1 & Table 1).

    Ratio of International Financial Assets and Liabilities to Gross Domestic Product (GDP):

    • As a ratio to GDP (at current market prices), residents’ overseas financial assets increased and external financial liabilities declined during 2024-25 (Table 2).

    • The ratio of net claims of non-residents on India to GDP improved to (-)8.7 per cent in March 2025 from (-)10.1 per cent a year ago, and (-)14.1 per cent five years ago.

    (Puneet Pancholy)  
    Chief General Manager

    Press Release: 2025-2026/616


    Table 1: Overall International Investment Position of India
    (US$ billion)
    Period Mar-24 (PR) Jun-24 (PR) Sep-24 (PR) Dec-24 (PR) Mar-25 (P)
    Net IIP (A-B) -361.2 -366.9 -353.0 -364.2 -330.0
    A. Assets 1,033.8 1,052.0 1,119.4 1,079.2 1,139.2
      1. Direct Investment 242.3 246.6 254.5 260.8 270.5
        1.1 Equity and investment fund shares 153.4 156.6 162.4 166.5 173.6
        1.2 Debt instruments 88.9 90.0 92.1 94.3 96.9
      2. Portfolio Investment 12.5 12.4 12.5 12.2 13.7
        2.1 Equity and investment fund shares 11.0 10.7 11.2 9.4 8.7
        2.2 Debt securities 1.5 1.7 1.3 2.8 5.0
      3. Other Investment 132.6 141.0 146.6 170.5 186.7
        3.1 Trade Credits 33.4 32.8 32.9 33.2 33.4
        3.2 Loans 17.6 20.8 22.1 22.5 25.9
        3.3 Currency and Deposits 53.5 57.8 56.1 68.6 79.3
        3.4 Other Assets 28.1 29.6 35.5 46.2 48.1
      4. Reserve Assets 646.4 652.0 705.8 635.7 668.3
    B. Liabilities 1,395.0 1,418.9 1,472.4 1,443.4 1,469.2
      1. Direct Investment 542.9 552.8 555.3 547.1 556.8
        1.1 Equity and investment fund shares 511.1 520.6 522.8 513.0 521.9
        1.2 Debt instruments 31.8 32.2 32.5 34.1 34.9
      2. Portfolio Investment 277.3 277.4 294.3 276.6 272.0
        2.1 Equity and investment fund shares 162.1 160.9 170.9 155.6 141.9
        2.2 Debt securities 115.2 116.5 123.4 121.0 130.1
      3. Other Investment 574.8 588.7 622.8 619.7 640.4
        3.1 Trade Credits 123.7 125.9 131.3 135.6 131.2
        3.2 Loans 221.4 224.6 239.4 240.6 250.6
        3.3 Currency and Deposits 154.8 160.6 164.1 165.7 167.6
        3.4 Other Liabilities 74.9 77.6 88.0 77.8 91.0
    of which:          
    Special drawing rights (Net incurrence of liabilities) 21.9 21.8 22.4 21.6 22.0
    Memo Item: Assets to Liability ratio (%) 74.1 74.1 76.0 74.8 77.5
    Notes (applicable for all tables):
    1. P: Provisional; PR: Partially Revised; and R: Revised.
    2. The sum of the constituent items may not add to the total due to rounding off.
    Table 2: Ratios of External Financial Assets and Liabilities to GDP
    (per cent)
    Period Mar-23 (R) Mar-24 (PR) Mar-25 (P)
    Net IIP (A-B) -11.3 -10.1 -8.7
    A. Assets 28.2 28.5 29.3
      1. Direct Investment 6.8 6.7 6.9
        1.1 Equity and investment fund shares 4.3 4.2 4.4
        1.2 Debt instruments 2.5 2.5 2.5
      2. Portfolio Investment 0.5 0.3 0.3
        2.1 Equity and investment fund shares 0.3 0.3 0.2
        2.2 Debt securities 0.2 –   0.1
      3. Other Investment 3.2 3.6 4.8
        3.1 Trade Credits 0.8 0.8 0.8
        3.2 Loans 0.4 0.5 0.7
        3.3 Currency and Deposits 1.0 1.5 2.1
        3.4 Other Assets 1.0 0.8 1.2
      4. Reserve Assets 17.7 17.9 17.3
    B. Liabilities 39.5 38.6 38.0
      1. Direct Investment 16.0 15.0 14.4
        1.1 Equity and investment fund shares 15.1 14.1 13.5
        1.2 Debt instruments 0.9 0.9 0.9
      2. Portfolio Investment 7.5 7.7 7.1
        2.1 Equity and investment fund shares 4.3 4.5 3.7
        2.2 Debt securities 3.2 3.2 3.4
      3. Other Investment 16.0 15.9 16.5
        3.1 Trade Credits 3.8 3.4 3.4
        3.2 Loans 6.2 6.1 6.5
        3.3 Currency and Deposits 4.3 4.3 4.3
        3.4 Other Assets 1.7 2.1 2.3
    of which:      
    Special drawing rights (Net incurrence of liabilities) 0.7 0.6 0.6
    Table 3: Composition of International Financial Assets and Liabilities of India
    (per cent)
    Period Mar-24 (PR) Jun-24 (PR) Sep-24 (PR) Dec-24 (PR) Mar-25 (P)
    A. Assets
    1. Direct Investment 23.4 23.4 22.7 24.2 23.7
    2. Portfolio Investment 1.2 1.2 1.1 1.1 1.2
    3. Other Investment 12.9 13.4 13.1 15.8 16.4
    4. Reserve Assets 62.5 62.0 63.1 58.9 58.7
    Total 100.0 100.0 100.0 100.0 100.0
    B. Liabilities
        1. Direct Investment 38.9 39.0 37.7 37.9 37.9
        2. Portfolio Investment 19.9 19.5 20.0 19.2 18.5
        3. Other Investment 41.2 41.5 42.3 42.9 43.6
    Total 100.0 100.0 100.0 100.0 100.0
    Table 4: Share of External Debt and Non-Debt Liabilities of India
    (per cent)
    Period Mar-24 (PR) Jun-24 (PR) Sep-24 (PR) Dec-24 (PR) Mar-25 (P)
    Non-Debt Liabilities 48.3 48.0 47.1 46.3 45.2
    Debt Liabilities 51.7 52.0 52.9 53.7 54.8
    Total 100.0 100.0 100.0 100.0 100.0

    MIL OSI Global Banks

  • MIL-OSI Economics: Sources of Variation in India’s Foreign Exchange Reserves during April-March 2024-25

    Source: Reserve Bank of India

    Today, the Reserve Bank of India released the balance of payments (BoP) data for the fourth quarter (Q4), i.e., January-March of 2024-25 on its website (www.rbi.org.in). On the basis of these data, the sources of variation in foreign exchange reserves during April-March 2024-25 are detailed below in Table 1.

    Table 1: Sources of Variation in Foreign Exchange Reserves*
    (US$ billion)
    Items 2023-24 2024-25
    I.   Current Account Balance -26.1 -23.4
    II.   Capital Account (net) (a to f) 89.8 18.3
      a. Foreign Investment (i+ii) 54.2 4.5
        (i) Foreign Direct Investment (FDI) 10.2 1.0
        (ii) Portfolio Investment 44.1 3.6
            of which:    
              Foreign Institutional Investment (FII) 44.6 3.3
              ADR/GDR 0.0 0.0
      b. Banking Capital 40.5 -9.8
            of which: NRI Deposits 14.7 16.2
      c. Short-term Credit -0.8 7.2
      d. External Assistance 7.5 6.3
      e. External Commercial Borrowings -0.1 15.8
      f. Other Items in Capital Account -11.5 -5.6
    III.   Valuation Change 4.3 26.9
    IV.   Total (I+II+III) @
    Increase in reserves(+) / Decrease in reserves (-)
    68.0 21.9
    *: Based on the old format of BoP which may differ from the new format (BPM6) in the treatment of transfers under the current account and ADRs/ GDRs under portfolio investment.
    @: Difference, if any, is due to rounding off.
    Note: ‘Other Items in Capital Account’ apart from ‘Errors and Omissions’ includes SDR allocation, leads and lags in exports, funds held abroad, advances received pending issue of shares under FDI, capital receipts not included elsewhere, and rupee denominated debt.

    On a balance of payments basis (i.e., excluding valuation effects), foreign exchange reserves decreased by US$ 5.0 billion during 2024-25 as against an accretion of US$ 63.7 billion during 2023-24. Foreign exchange reserves in nominal terms (i.e., including valuation effects) increased by US$ 21.9 billion during 2024-25 as compared with an increase of US$ 68.0 billion in 2023-24 (Table 2).

    Table 2: Comparative Position of Variation in Reserves
    (US$ billion)
    Items 2023-24 2024-25
    1. Change in Foreign Exchange Reserves (i.e., Including Valuation Effects) 68.0 21.9
    2. Valuation Effects [Gain (+)/Loss (-)] 4.3 26.9
    3. Change in Foreign Exchange Reserves on BoP basis (i.e., Excluding Valuation Effects) 63.7 -5.0
    Note: Increase in reserves (+)/Decrease in reserves (-).
    Difference, if any, is due to rounding off.

    The valuation gain, primarily reflecting higher prices of gold and lower bond yields, amounted to US$ 26.9 billion during 2024-25 as compared with a valuation gain of US$ 4.3 billion during 2023-24.

    (Puneet Pancholy)  
    Chief General Manager

    Press Release: 2025-2026/612

    MIL OSI Economics