Paradox explained
Fast growth despite phosphorus limitation
March 07, 2018
Individual tree species, not forest communities, respond to changes in phosphorus levels.
Individual tree species, not forest communities, respond to changes in phosphorus levels.
Biodiversity is the key to successful reforestation and climate-change mitigation because each tree species has its own way of getting the nutrients it needs to survive.
For these four women, the Smithsonian Institute’s internship program represented an opportunity to explore their research questions in the field
Warming tropical soils could cause a 9 % increase in atmospheric CO2 this Century.
An experiment preventing up to 70% of rain from reaching tropical forest soils aims to understand how important underground carbon stocks will respond to climate change.
Decomposing Foliage: A 17-Year Study Unravels the Vital Nutrient Exchange in Tropical Forests of Panama.
By engaging directly with community members and embracing indigenous knowledge in the Bocas del Toro archipelago, a NatGeo project led by a Smithsonian scientist highlights the necessity of inclusive approaches to safeguard critical marine ecosystems and culture for future generations.
The Diverse Stories of Resilience video series features Brigida De Gracia, Iguaigdigili Lopez and Sharyl Pahe-Short as they reflect on their ancestral adversities and experiences of resilience.
Smithsonian researchers collaborated with stakeholders to share mangrove carbon accounting techniques and learn about their importance in mitigating climate change.
Marine conservation scientists advocate for a cultural shift in academia that fosters deeper connections with places of study and encourages collaboration with local communities to make science more equitable