Zevero, a London startup, has raised $7 million in funding to meet the fast-growing demand for carbon data management. As carbon reporting requirements increase, digital tools like Zevero’s are playing a crucial role in helping organizations measure and reduce emissions.
More details: https://climatesolutions.news/news/zevero-raises-7m-as-carbon-data-demand-builds
Using #taxpayers’ money to stay dependent on #FossilFuels & continue contributing to #ClimateChange
#Trump Admin to Pay $1 Billion to #Energy Giant to Cancel #WindFarms
In exchange, the French company #TotalEnergies would invest in #oil & natural #gas projects in Texas & elsewhere.
#WastefulSpending #law #ClimateSolutions #WindPower #wind
https://www.nytimes.com/2026/03/23/climate/offshore-wind-gas-trump-total.html?smid=nytcore-ios-share
Follow on example from previous tootvon LOW Tek. THE east Kolkata Wetland wastewater treatment and sewage-fed fisheries and gardens.
https://joljyantokolkata.livingwatersmuseum.org/story/east-kolkata-wetland/
Within the peri-urban ecotone (a region of transition between two habitats) in rapidly urbanizing Kolkata, sits the East Kolkata Wetlands (EKW) that accommodates 254 sewage-fed water bodies interspersed with farmland. These wastewater ponds serve as a natural sewage treatment plant. Nearly eighty percent of the city’s effluents are treated in these ponds whose waters are
Welcome Day and night meet as equals this week. The light feels freshly washed. In low marshes, spring peepers try out their first chorus, small notes that somehow fill the cold air. So much of our selection shares that feeling of beginnings that are also completions. Two East Coast wind
‼️ New paper! Cities are heating up, but smarter green spaces can help cool them down 🌳 Our new study shows how trees, coverage & better distribution of urban green spaces can significantly reduce heat and improve access!
🔗 Learn more on our blog: https://www.geo.lmu.de/geographie/en/latest-news/news-overview/news/new-article-by-schirpke-et-al-in-nature-based-solutions-d62bb744.html
#sustainability #heatmitigation #climatechange #climatesolutions #research #science
"Lo—TEK is a design movement and research framework that reintroduces Indigenous and ancestral technologies as critical tools for addressing climate, ecological, and urban challenges. Coined by ...author...Julia Watson, through her collaborative work with 18 indigenous communities around the globe, Lo—TEK offers a counterpoint to high-tech, extractive systems that dominate mainstream approaches to sustainability."
Written to accompany the book Lo—TEK, Design by Radical Indigenism, the Lo—TEK Curriculum for high school students addresses the future of our environment, reignites dismissed voices and ensures access to phenomena and land-based education, with interdisciplinary exploration and thinking. Available to educators, students gain an understanding of indigenous technologies and practices that expose connectivity to their own histories, local landscapes and current views.
Von A nach B müssen alle – aber wie? Bjarne Mädel und Anke Engelke suchen nach neuen Ideen zur Mobilität und entdecken überraschende Verkehrskonzepte in Hamburg, im belgischen Gent, auf dem platten Land und mithilfe von Sebastian Vettel auch in Zürich.
Welcome Outside, the light feels longer today. A crocus lifts a purple cup through cold soil, and a wren tests a bright, uncertain phrase. In faraway shallows, mangrove leaves glint and tiny fish stitch silver lines between roots. It is a good week to notice momentum. Our stories move on
Scientists have discovered a molecular trick in tiny hornwort plants that helps the key photosynthesis enzyme Rubisco cluster together like “molecular Velcro.” The breakthrough could one day help crops capture CO₂ more efficiently, boosting yields while supporting climate solutions. 🌱
Read more: https://www.sciencedaily.com/releases/2026/03/260311004716.htm
#Science #ClimateSolutions #Innovation #Agriculture #GoodNews
Researchers have uncovered a molecular trick used by hornwort plants that could help future crops capture carbon dioxide more efficiently. A unique protein feature called RbcS-STAR causes the key photosynthesis enzyme Rubisco to cluster into dense compartments, helping it work more effectively. When scientists added this feature to other plants, Rubisco reorganized in the same way. The finding raises the possibility of engineering more efficient photosynthesis into major crops.
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