EPA’s Proposed Chemical Review Overhaul Sparks Health and Federalism Concerns
Major Shift in Toxic Chemical Oversight The Environmental Protection Agency is proposing significant changes to how it evaluates some of…
Major Shift in Toxic Chemical Oversight The Environmental Protection Agency is proposing significant changes to how it evaluates some of…
The Delicate Balance of Wetland Soil Chemistry Wetlands represent some of Earth’s most biologically productive ecosystems, functioning as natural water…
A Donegal-based startup is tackling one of the biggest bottlenecks in the renewable energy sector: slow environmental approvals. Canavan Atlantic uses a hybrid AI platform to automate environmental impact assessments, helping projects move from concept to construction faster.
A new startup from Donegal is reportedly using artificial intelligence to transform the traditionally slow and manual process of environmental compliance. According to reports, Canavan Atlantic aims to “make environmental intelligence a core part of how the world builds” by automating environmental impact assessments (EIAs), which are mandatory for large-scale projects.
The Deep-Sea Gold Rush Threatening Marine Giants As global demand for battery metals like cobalt and nickel surges, a new…
Unprecedented Acceleration in Global Sea Levels A groundbreaking study published in Nature has revealed that sea levels are now rising…
Australian tropical rainforests have become the first in the world to transition from carbon sinks to net carbon emitters, according to new research. The shift, driven by extreme temperatures and drier conditions, began approximately 25 years ago and could signal future changes for global tropical forests.
Australian tropical rainforest trees have reportedly become the first globally to switch from being a carbon sink to an emissions source, according to new research published in Nature. The analysis indicates this fundamental shift began approximately 25 years ago due to increasingly extreme temperatures and drier conditions affecting forest health.