Measuring mangroves
Understanding Panama’s blue carbon stock
May 09, 2024
Smithsonian researchers collaborated with stakeholders to share mangrove carbon accounting techniques and learn about their importance in mitigating climate change.
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
What started as a student summer job, became Anibal Velarde’s life’s work. Over fifty years later, he is still at the Smithsonian
Long-term research at Barro Colorado Island Research Station and at many other locations show that there are more woody vines in tropical forests, but very little is known about them. They are difficult to measure and so are often overlooked. This research group measured the biggest vine they have found on the island—but is this the biggest liana in the world? The authors challenge others to come up with a bigger one.
The smallest and possibly most ancient terrestrial plants, bryophytes are an important part of our environment, but in the tropics, there is still much to learn about them.
Ancient, fossilized grape seeds from Panama, Colombia and Peru, provide perspective on the evolution of plants after the extinction of the dinosaurs.
Regrowing tropical forests emit significantly lower soil carbon dioxide than cattle pastures.
The world economy is based on increased population and consumption, and education has an important impact on reducing this
To create a global standard for forest carbon storage, we need boots on the ground. The GEO-TREES system of forest plots offers this immediately: establishing a single method for forest carbon estimation at existing on-the-ground forest study sites around the world.
First experimental comparison of the effects of temperature and oxygen deprivation on three key Caribbean coral species shows that nightly low oxygen tips the balance of species survival away from tall, elegant, reef-building corals, towards lower, weedy corals, simplifying coral communities.