Home Publications List
Publication display API.
This one is used to display publications on the home page.
GET /api/organization/section/home/publications?format=api&offset=7580&ordering=-link_original
{ "count": 10636, "next": "http://onegeo.com/api/organization/section/home/publications?format=api&limit=20&offset=7600&ordering=-link_original", "previous": "http://onegeo.com/api/organization/section/home/publications?format=api&limit=20&offset=7560&ordering=-link_original", "results": [ { "id": "4bcb8712-3489-4ed4-82fd-f37d0b2d42ab", "slug": "she-leads-recommendations-for-cop30-in-2025-declaration-post", "created_at": "2025-10-16T08:02:26.164555Z", "views": 15, "name": "She Leads: recommendations for COP30 in 2025 Declaration.", "about": "This group of young climate change activists are committed to addressing the urgent challenges posed to girls and young women by climate change at COP30.", "text": "The She Leads1 Climate Cohort for Climate ACTion is a network of girls and young women from East Africa (Uganda, Ethiopia, Kenya), West Africa (Ghana, Mali, Sierra Leone, Liberia), and the Middle East (Lebanon, Jordan) committed to addressing the urgent challenges climate change poses to young women. Their Youth Declaration emphasizes that climate impacts disproportionately affect girls and young women, amplifying existing inequalities and increasing risks such as displacement, health crises, loss of education, early marriage, and gender-based violence, even though they contribute least to global emissions. As COP30 approaches, the cohort advocates for inclusive, gender- and age-responsive climate finance, policies, and processes that empower, resource, and formally recognize young women as essential stakeholders in climate action, adaptation, and policy-making.", "link_original": "https://plan-international.org/publications/she-leads-cop30-youth-declaration/", "status": 2, "country": [ { "id": 32, "name": "Brazil", "icon": "" } ], "sections": [ { "id": 206, "name": "Guiding the next generation" } ], "root_section": { "id": 1, "name": "Enlightened Humanity" }, "is_photo": true, "is_video": false, "is_large_font": false, "show_in_news_list": true, "url_to_show_in_news_list": "https://onegeo.com/bucket/media/section_publication_photo/9ab29408-2d5a-42d9-ad64-3b673194791e", "location_filters": { "countries": [ { "id": 32, "name": "Brazil" } ], "regions": [ { "id": 2, "name": "South America" } ] }, "filters": [ { "id": 22, "name": "Events", "badge_name": "Event", "show_badge": false, "children": [], "all_children": true, "all_children_ids": "" } ] }, { "id": "4cf3acc2-eb3d-437a-8338-3728f56f93ad", "slug": "the-poverty-and-inequality-platform-pip-an-interactive-computational-tool-that-offers-users-quick-access-to-the-world-banks-estimates-of-poverty-inequality-and-shared-prosperity-post", "created_at": "2025-02-27T11:18:07.392526Z", "views": 27, "name": "The Poverty and Inequality Platform (PIP) - an interactive computational tool that offers users quick access to the World Bank’s estimates of poverty, inequality, and shared prosperity.", "about": "PIP is the result of a close collaboration between World Bank staff across the Development Data Group, the Development Research Group, and the Poverty and Equity Global Practice.", "text": "All poverty and inequality indicators are organized under the dropdown “Explore Data”, where users can access the different measures. The visualizations available allow for multiple ways to explore PIP indicators, from cross-country and regional analyses, to country-specific, while other pages under the “Further Indicators & Data” submenu provide in-depth analyses by topic.\n\nThe poverty and inequality estimates in PIP are the source of the poverty and inequality indicators in the World Development Indicators (WDI) database, and of several of the SDG indicators on ending poverty and reducing inequalities, in particular, SDG indicators 1.1.1 (share of population below the international poverty line), 1.2.1 (share of population below the national poverty line), 10.1.1 (growth of the poorest 40%), and 10.2.1 (share of population below 50% of median income).", "link_original": "https://pip.worldbank.org/", "status": 2, "country": [], "sections": [ { "id": 98, "name": "Establishing equity for all" } ], "root_section": { "id": 207, "name": "New Global Community" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [] }, "filters": [ { "id": 3, "name": "Platforms", "badge_name": "Platform", "show_badge": true, "children": [], "all_children": true, "all_children_ids": "" } ] }, { "id": "23ed5d4f-0004-4530-9a95-586891ff3e08", "slug": "pilotstrategy-eu-funded-project-2021-2026-co2-geological-pilots-in-strategic-territories-post", "created_at": "2025-05-15T13:33:16Z", "views": 51, "name": "PilotSTRATEGY, EU-funded project (2021-2026) - CO2 Geological Pilots in Strategic Territories", "about": "Coordinated by the BUREAU DE RECHERCHES GEOLOGIQUES ET MINIERES", "text": "EU-funded PilotSTRATEGY is investigating geological CO2 storage sites in industrial regions of Southern and Eastern Europe to support development of large-scale carbon capture and storage (CCS). The research focuses on deep saline aquifers – porous rock formations filled with brine several kilometres below ground – which promise a large capacity for storing CO2 captured from clusters of industry. Detailed studies will be carried out on deep saline aquifers in the Paris Basin in France, the Lusitanian Basin in Portugal and the Ebro Basin in Spain. Researchers will also enhance knowledge of CO2 storage options in West Macedonia in Greece and Upper Silesia in Poland. PilotSTRATEGY will engage with citizens and stakeholders and ensure that community perspectives are fully represented in the project.", "link_original": "https://pilotstrategy.eu/", "status": 2, "country": [ { "id": 78, "name": "France", "icon": "" } ], "sections": [ { "id": 276, "name": "State-managed programs" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": true, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [ { "id": 78, "name": "France" } ], "regions": [ { "id": 3, "name": "Europe" } ] }, "filters": [ { "id": 4, "name": "Websites", "badge_name": "Website", "show_badge": true, "children": [ { "id": 7, "name": "Other", "badge_name": null, "show_badge": false, "children": [] } ], "all_children": false, "all_children_ids": "5,6,7" }, { "id": 13, "name": "Media content", "badge_name": "Media content", "show_badge": false, "children": [ { "id": 15, "name": "Video", "badge_name": "Video", "show_badge": false, "children": [] } ], "all_children": false, "all_children_ids": "14,15,16" } ] }, { "id": "d6edaa88-f76e-437d-b2e9-63c4e581877c", "slug": "picturing-our-future-climate-central-post", "created_at": "2026-02-20T09:47:54.941906Z", "views": 8, "name": "Picturing Our Future | Climate Central", "about": "Climate and energy choices this decade will influence how high sea levels rise for hundreds of years. Which future will we choose?", "text": "If nations keep their current paths, the planet will heat about 3°C.\nIf we cut pollution in half by 2030, warming should stop near 1.5°C.\n\nSea levels centuries from now are tied to global temperatures reached in the near future. This simulation shows what can be saved - or lost - depending on how much global heating is limited in this century. See more visualizations for 200+ locations around the world.\n\nClimate Central is an independent group of scientists and communicators who research and report the facts about our changing climate and how it affects people’s lives. Climate Central uses science, big data, and technology to generate thousands of local storylines and compelling visuals that make climate change personal and show what can be done about it. They address climate science, sea level rise, extreme weather, energy, and related topics.", "link_original": "https://picturing.climatecentral.org/#search", "status": 2, "country": [], "sections": [ { "id": 213, "name": "Face of the Earth tomorrow" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": true, "is_large_font": false, "show_in_news_list": true, "url_to_show_in_news_list": "https://www.youtube.com/watch?v=D7tAKG1by2E", "location_filters": { "countries": [], "regions": [ { "id": 12, "name": "Global" } ] }, "filters": [] }, { "id": "48f8568f-a795-4637-b8f3-22d328093088", "slug": "sea-levels-are-risingbut-in-greenland-they-will-fall-by-state-of-the-planet-for-physorg-post", "created_at": "2026-01-28T12:24:25.633630Z", "views": 9, "name": "Sea levels are rising—but in Greenland, they will fall | by State of the Planet for Phys.org", "about": "New research shows that while global seas rise, sea levels around Greenland are projected to fall by up to several meters by 2100, driven by rapid land uplift and reduced gravitational pull as the ice sheet melts.", "text": "A new study published in Nature Communications finds that, unlike most of the world, Greenland is likely to experience falling sea levels as the climate warms. The drop is driven by glacial isostatic adjustment: as the Greenland Ice Sheet rapidly loses mass, the land beneath it rebounds upward, and the ice sheet’s weakened gravitational pull allows nearby ocean water to recede. Using geological records of past sea levels and more than 20 years of satellite data from communication towers across Greenland, researchers show that Earth’s response to ice loss is faster than previously assumed. Their models project sea level fall of about 0.9 meters by 2100 under low emissions and up to 2.5 meters under high emissions. \n\nThese localized changes could affect coastal infrastructure, shipping, fisheries, and possibly glacier stability, highlighting the need for region-specific sea level projections.", "link_original": "https://phys.org/news/2026-01-sea-greenland-fall.html", "status": 2, "country": [ { "id": 89, "name": "Greenland", "icon": "" } ], "sections": [ { "id": 168, "name": "Hydrosphere" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [ { "id": 89, "name": "Greenland" } ], "regions": [ { "id": 11, "name": "The Arctic Ocean" } ] }, "filters": [] }, { "id": "c0c2684b-c094-412f-b39b-938b474dad51", "slug": "sediment-cores-from-pacific-highs-reveal-100-million-years-of-environmental-change-by-tatyana-woodall-for-physorg-post", "created_at": "2025-07-17T11:03:22.176491Z", "views": 14, "name": "Sediment cores from Pacific Highs reveal 100 million years of environmental change | by Tatyana Woodall for Phys.org", "about": "Sediment cores from Pacific Highs reveal 100 million years of Earth's environmental and climate history, highlighting the need for continued ocean drilling to improve climate models and understand future changes.", "text": "Sediment cores extracted from Pacific Highs, shallow undersea geological features, provide invaluable records of 100 million years of Earth’s environmental changes, including climate shifts, tectonics, and past extinction events. Despite the vastness of the Pacific Ocean, only eight such sites have been studied with modern drilling technology. Researchers emphasize the urgent need for new sediment samples as existing cores degrade, limiting advanced analyses. Continued international collaboration and ocean drilling expeditions are essential to fill data gaps, improve climate models, and better predict Earth’s future environmental changes. These efforts deepen our understanding of ocean ecosystems and their critical role in the global carbon cycle.", "link_original": "https://phys.org/news/2025-06-sediment-cores-pacific-highs-reveal.html", "status": 2, "country": [], "sections": [ { "id": 41, "name": "Degradation of soils and sediments" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 7, "name": "The Pacific Ocean" } ] }, "filters": [] }, { "id": "edb5d1f1-501b-42db-81f8-8c7d2beeb367", "slug": "new-research-sheds-light-on-earliest-days-of-earths-formation-by-emina-gamulin-york-university-for-post", "created_at": "2025-07-02T06:42:14.296715Z", "views": 23, "name": "New research sheds light on earliest days of Earth's formation | by Emina Gamulin for Phys.org", "about": "A York University study finds that Earth’s lower mantle solidified within its first 100 million years, forming through low-pressure crystal processes. The research challenges old assumptions and improves our models of how rocky planets like Earth evolve.", "text": "A new study led by York University professor Charles-Édouard Boukaré reveals that the structure of Earth's lower mantle likely solidified within the planet's first 100 million years. Published in Nature, this research combines fluid dynamics and geochemistry, showing that key features of Earth's interior formed early from low-pressure crystal formation—contradicting previous assumptions that high-pressure reactions dominated. Boukaré’s model simulates how early molten mantle cooled and crystallized, indicating that a planet's youthful conditions deeply influence its long-term structure. These findings refine our understanding of planetary evolution and may help predict how other rocky planets form and behave.", "link_original": "https://phys.org/news/2025-03-earliest-days-earth-formation.html", "status": 2, "country": [], "sections": [ { "id": 190, "name": "Evolution of the Universe: the origin of Earth" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [ { "id": 12, "name": "Global" } ] }, "filters": [ { "id": 4, "name": "Websites", "badge_name": "Website", "show_badge": true, "children": [ { "id": 7, "name": "Other", "badge_name": null, "show_badge": false, "children": [] } ], "all_children": false, "all_children_ids": "5,6,7" }, { "id": 8, "name": "Enlightenment", "badge_name": "Enlightenment", "show_badge": false, "children": [ { "id": 27, "name": "Publications", "badge_name": "Publication", "show_badge": false, "children": [] } ], "all_children": false, "all_children_ids": "9,10,27,11,12" } ] }, { "id": "53bff2ee-a90c-4f56-8880-d8ad7b60dabb", "slug": "the-global-clean-water-crisis-looms-large-study-finds-water-quality-is-underrepresented-in-assessments-post", "created_at": "2024-05-24T09:19:55.889307Z", "views": 98, "name": "The global clean water crisis looms large: Study finds water quality is underrepresented in assessments", "about": "Phys.org highlights how water scarcity, compounded by climate change and socioeconomic shifts, will disproportionately impact populations in the Global South, prompting the necessity for strategies to address both water quantity and quality concerns.", "text": "Water scarcity is set to worsen with climate change and socioeconomic shifts, particularly impacting populations in the Global South, according to an Utrecht University study. Lead author Dr. Edward Jones emphasizes the complex interplay of climate change, socioeconomic factors, and water availability and quality, with current estimates suggesting that 55% of the global population already faces water scarcity issues, projected to rise to 66% by the end of the century. While future water scarcity will vary regionally, with Western Europe and North America experiencing concentrated increases driven by water quantity, developing countries in the Global South face more widespread and persistent scarcity influenced by factors such as rapid population growth and deteriorating water quality. The study underscores the importance of considering water quality alongside quantity in addressing the global water crisis, highlighting the need for strategies to mitigate water scarcity and pollution.", "link_original": "https://phys.org/news/2024-05-global-crisis-looms-large-quality.html", "status": 2, "country": [], "sections": [ { "id": 141, "name": "Surface water" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [] }, "filters": [] }, { "id": "fc2e82ce-8e91-452e-b41d-d1f0c4404523", "slug": "physorg-new-analysis-shows-that-the-global-freshwater-cycle-has-shifted-far-beyond-pre-industrial-conditions-post", "created_at": "2024-05-24T09:06:48.540687Z", "views": 99, "name": "Phys.org: New analysis shows that the global freshwater cycle has shifted far beyond pre-industrial conditions", "about": "Human activities have surpassed the planetary boundary for freshwater change since the mid-twentieth century, profoundly altering global freshwater resources and risking their ability to regulate vital ecological and climatic processes.", "text": "The recent analysis of global freshwater resources reveals that humans have surpassed the planetary boundary for freshwater change by the mid-twentieth century, significantly altering Earth's freshwater system beyond pre-industrial stability. Published in Nature Water, this study, comparing pre-industrial conditions (1661–1860) to the industrial period (1861–2005), demonstrates how human activities like dam construction, large-scale irrigation, and global warming have jeopardized the capacity of freshwater resources to regulate essential ecological and climatic processes. Lead author Vili Virkki, from Aalto University, highlights the widespread increase in exceptionally dry or wet conditions, indicating a drastic shift in the global freshwater cycle. The study emphasizes the urgent need for policy interventions to mitigate human-driven pressures on freshwater systems, as emphasized by senior author Matti Kummu, Associate Professor at Aalto University.", "link_original": "https://phys.org/news/2024-03-analysis-global-freshwater-shifted-pre.html", "status": 2, "country": [], "sections": [ { "id": 141, "name": "Surface water" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [] }, "filters": [] }, { "id": "991949d2-66aa-4527-af3f-2f44283772ac", "slug": "anoxic-marine-basins-are-among-the-best-candidates-for-deep-sea-carbon-sequestration-say-scientists-19-february-2024-post", "created_at": "2024-02-20T13:12:19.300747Z", "views": 80, "name": "Anoxic marine basins are among the best candidates for deep-sea carbon sequestration, say scientists (19 February, 2024)", "about": "The Phys.org article discusses the identification of anoxic marine basins as potential sites for deep geological repositories to store high-level nuclear waste, emphasizing their stability and isolation properties.", "text": "UC Santa Barbara researchers suggest that anoxic marine basins may be suitable for large-scale carbon sequestration in the deep ocean, providing an option to reduce atmospheric carbon levels while minimizing negative impacts on marine life. The researchers propose the possibility of sending plant biomass to these oxygen-free zones on the seafloor, aiming to lock away carbon for hundreds or thousands of years. Anoxic marine basins, such as the Black Sea, are identified as potential candidates due to their depth, isolation, and limited support for animal life, making them conducive to preserving plant matter and reducing the risk of unintended consequences on ocean ecosystems.", "link_original": "https://phys.org/news/2024-02-anoxic-marine-basins-candidates-deep.html#google_vignette", "status": 2, "country": [], "sections": [ { "id": 53, "name": "Toward clean energy" } ], "root_section": { "id": 51, "name": "Industrial Revolution" }, "is_photo": true, "is_video": false, "is_large_font": false, "show_in_news_list": true, "url_to_show_in_news_list": "https://onegeo.com/bucket/media/section_publication_photo/b90daccf-3568-4ad9-8d68-f381b8b7ef33", "location_filters": { "countries": [], "regions": [] }, "filters": [] }, { "id": "446bf40c-dcaf-46cc-9b33-c1057636f964", "slug": "demand-for-seafood-is-soaring-but-oceans-are-giving-up-all-they-can-can-we-farm-fish-in-new-ways-16-november-2023-post", "created_at": "2023-11-22T12:46:51.713999Z", "views": 37, "name": "Demand for seafood is soaring, but oceans are giving up all they can. Can we farm fish in new ways? (16 November, 2023)", "about": "The Phys.org article by Victoria Milko states that the demand for seafood is escalating, prompting a surge in ocean farming initiatives to meet the growing market needs.", "text": "As the fastest-growing global food sector, aquaculture encounters challenges related to environmental concerns and diseases. To address these concerns, fish farmers are adopting innovative approaches. In Indonesia, aquaculture \"villages\" focus on sustainable practices to reduce the impact on shorelines. China explores offshore fish farming to mitigate environmental impacts, and indoor warehouses in Florida mimic natural environments for salmon growth, reducing exposure to external threats. Innovafeed in France uses black soldier flies as an alternative feed source, aiming to minimize the ecological impact of fish farming by reproducing natural processes on an industrial scale.", "link_original": "https://phys.org/news/2023-11-demand-seafood-soaring-oceans-farm.html", "status": 2, "country": [], "sections": [ { "id": 77, "name": "Biotic resource production areas" } ], "root_section": { "id": 68, "name": "Sustainable Human Habitats" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [] }, "filters": [] }, { "id": "cdc98c88-9492-45fc-b617-313d595df311", "slug": "natural-disasters-vs-natural-hazards-risk-mitigation-public-campaigns-might-need-rewording-30-october-2023-post", "created_at": "2023-11-01T09:06:21.746751Z", "views": 49, "name": "Natural disasters vs. natural hazards: Risk-mitigation public campaigns might need rewording (30 October, 2023)", "about": "The Phys.org article by the Polish Association of Social Psychology states that using the term \"natural hazard\" is more effective for encouraging risk reduction, as it conveys potential negative consequences, but \"natural disaster\" implies imminent.", "text": "A study by New Zealand researchers, including Dr. Lauren J. Vinnell, Professor Taciano L. Milfont, and Emeritus Professor John McClure, recently published in Social Psychological Bulletin, explored the impact of the terms \"natural hazard\" and \"natural disaster\" on public communication about risk reduction. While both terms had similar effects on key perceptions related to preparation, the study found that when using \"natural hazard\" instead of \"natural disaster,\" people showed a significant difference in their intentions to prepare, which is a key predictor of actual behavior in disaster preparedness. The researchers emphasize the importance of evidence-based word choices in disaster communication, highlighting the increasing impacts of disasters triggered by natural hazards and the need for effective risk-reduction strategies.", "link_original": "https://phys.org/news/2023-10-natural-disasters-hazards-risk-mitigation-campaigns.html", "status": 2, "country": [ { "id": 160, "name": "New Zealand", "icon": "" } ], "sections": [ { "id": 94, "name": "Natural catastrophes" } ], "root_section": { "id": 107, "name": "Life-friendly Earth" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [ { "id": 160, "name": "New Zealand" } ], "regions": [] }, "filters": [] }, { "id": "5068da6b-741b-4ac3-8281-8f249b1a0b1d", "slug": "16-million-acres-of-great-plains-grasslands-were-destroyed-in-2021-alone-world-wildlife-fund-says-post", "created_at": "2023-12-11T07:03:42.779515Z", "views": 59, "name": "1.6 million acres of Great Plains grasslands were destroyed in 2021 alone, World Wildlife Fund says", "about": "The World Wildlife Fund’s Plowprint Report reveals a staggering loss of 1.6 million acres of Great Plains grasslands in 2021, primarily due to extensive plowing for crop expansion in the United States and Canada.", "text": "It was eradicated approximately 32 million acres of grasslands since 2012. The significance of these grasslands, although often underestimated, lies in their elaborate root systems that sequester carbon underground, acting as carbon stores. The replacement of these intricate ecosystems with shallow-rooted crops, such as corn or soybeans, results in the release of stored carbon into the atmosphere. Despite their ecological value, grasslands are continually treated as dispensable spaces for agricultural use or commercial development. Conservation efforts, including the North American Grasslands Conservation Act, aim to support producers and farmers while combatting the conversion of grasslands, advocating for resource allocation, and implementing conservation programs. These initiatives, backed by strategies embedded in forthcoming farm bills, aspire to address challenges faced by food and farm systems, including climate change mitigation, improved water quality, and soil conservation.", "link_original": "https://phys.org/news/2023-10-million-acres-great-plains-grasslands.html", "status": 2, "country": [], "sections": [ { "id": 45, "name": "Grasslands" } ], "root_section": { "id": 108, "name": "Conserving Wild Nature" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [] }, "filters": [] }, { "id": "510b3840-3d1b-4ba4-9b4a-f817cdca820b", "slug": "low-income-countries-could-lose-30-of-nutrients-like-protein-and-omega-3-from-seafood-due-to-climate-change-30-october-2023-post", "created_at": "2023-11-01T09:21:08.291496Z", "views": 44, "name": "Low-income countries could lose 30% of nutrients like protein and omega-3 from seafood due to climate change (30 October, 2023)", "about": "A study by the University of British Columbia, as reported in Phys.org, indicates that low-income countries could face a 30% reduction in available seafood nutrients by the end of the century as a consequence of climate change.", "text": "Low-income countries could face a 30% drop in seafood nutrients by the century's end due to climate change, according to research from the University of British Columbia, with high carbon emissions and minimal mitigation efforts being the primary contributors. Meeting the Paris Agreement targets to limit global warming could reduce the decline to approximately 10%. The study emphasizes the significance of preserving seafood as an affordable source of essential nutrients, particularly in low-income nations where it plays a vital role in diets. It also highlights the need to reduce waste and consider the nutritional security of vulnerable populations in the face of climate change.", "link_original": "https://phys.org/news/2023-10-low-income-countries-nutrients-protein-omega-.html", "status": 2, "country": [], "sections": [ { "id": 30, "name": "Food security as an equal right" } ], "root_section": { "id": 207, "name": "New Global Community" }, "is_photo": false, "is_video": false, "is_large_font": false, "show_in_news_list": false, "url_to_show_in_news_list": "", "location_filters": { "countries": [], "regions": [] }, "filters": [] }, { "id": "504179be-0f29-4363-97ea-b22f570d0fa3", "slug": "humans-are-disrupting-natural-salt-cycle-on-a-global-scale-new-study-shows-31-october-2023-post", "created_at": "2023-11-01T08:48:00.847382Z", "views": 38, "name": "Humans are disrupting natural 'salt cycle' on a global scale, new study shows (31 October, 2023)", "about": "The University of Maryland article on Phys.org highlights that human activities are increasing salt levels in the environment and freshwater, posing an existential threat if current trends continue.", "text": "Human activities are contributing to elevated salt levels in Earth's air, soil, and freshwater, according to a study led by University of Maryland Geology Professor Sujay Kaushal, published in the journal Nature Reviews Earth & Environment. These activities, including mining, land development, agriculture, and road treatment, are rapidly intensifying the planet's \"salt cycle,\" posing threats to biodiversity and water safety. Road salt, which represents 44% of salt consumption in the U.S., has a significant impact. 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These materials, including self-healing polymers, fire-resistant substances, and EMI shielding materials, hold promise for astronaut safety and space technology longevity. Dr. Nisa Salim, the lead author, emphasizes their potential to revolutionize space exploration. Professor Alan Duffy highlights the need for multifaceted solutions in the challenging space environment and Swinburne's role in advancing space research. 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While mountain glaciers are retreating globally due to warming, the study highlights how different types of mountains respond uniquely to climate change, influencing landscapes and communities in various ways. These changes pose heightened risks such as avalanches, floods, and landslides, impacting water supply, ecosystems, and human activities. 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