Research Articles
PCIC SCIENCE BRIEF: Is Atmospheric Carbon Dioxide Removal a Game Changer for Climate Change Mitigation?
Exploring the science, potential, and limitations of atmospheric carbon dioxide removal technologies in addressing climate change.
Carbon: Why There's No Magic Bullet in Our Climate Fight
Exploring the multifaceted approach needed for effective carbon management, from natural solutions to technological innovations and systemic changes.
From Polarization to Reluctant Acceptance: How BECCS is Reshaping Climate Conversations
Exploring the journey of BECCS technology from controversial climate solution to reluctant acceptance in the global climate debate.
Crop Adaptation to Climate Change: How Farmers and Scientists Are Fighting to Save Our Food
Exploring how crops are adapting to climate change through scientific innovation and traditional farming practices to ensure global food security.
Livestock on the Frontlines: Balancing Climate Action and Food Security
Exploring how the livestock sector adapts to and mitigates climate change through innovative strategies, AI solutions, and sustainable practices.
The Nature Tampering Paradox: Why We Prefer Trees to Technology in Fighting Climate Change
Exploring public perception of carbon dioxide removal technologies and how 'tampering with nature' influences which climate solutions gain acceptance.
Biochar in Paradise: How Ancient Technology Could Revolutionize Hawaiian Agriculture
Exploring biochar's potential in Hawaii's fight against climate change and its application in sustainable agriculture.
Earth's Dashboard: How Better Data Is Transforming Our Fight Against Environmental Collapse
Exploring how integrated data modeling and AI are helping scientists combat environmental crises through planetary boundary analysis.
The Hidden Climate Cost of Green Fuel: How Bioenergy Crops Reshape Our Planet
Exploring how well-intentioned biofuel programs sparked a scientific quest to measure their true planetary footprint—and why some 'climate-friendly' fuels might actually backfire.
The Carbon Stopwatch: Why Timing is Everything in Forest Bioenergy's Climate Race
Exploring how emissions timing affects the cost-effectiveness of forest bioenergy systems in climate change mitigation strategies.