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.
Initial results from a massive study comparing marine organisms sampled along the Pacific coast from Alaska to Panama with samples from the Atlantic show that the success of invaders is lopsided.
The Smithsonian’s first marine lab on Panama’s Caribbean coast invites visitors and researchers to experience the diversity of marine ecosystems within a protected space.
Native predators could contribute to controlling the abundance and expansion of invasive species
As part of her doctoral work, Heather Stewart is exploring what factors influence the marine sessile community growing on mangrove roots and what is driving the coral invasion of Bocas del Toro mangrove forests, a unique phenomenon
Warming tropical soils could cause a 9 % increase in atmospheric CO2 this Century.
A MarineGEO project with sites in Panama aims to understand the influence of coastal biology on the highly variable oceanic pH levels of near-shore ecosystems
Urban and agricultural development and deforestation along the Mesoamerican Biological Corridor might be generating a new passageway for invasive species adapted to human disturbance.
The nomadic nature of these marine turtles allows them to adapt to dynamic environmental factors, but presents a conservation challenge that STRI researchers hope to resolve
Only about 1% of marine plastic debris is recovered at the ocean’s surface, meaning the other 99% likely either sinks or is consumed by marine organisms