One science team is finding out why—and investigating what a warmer, drier future will mean for biodiversity and water supply in Latin America.
ecosystems Archives - State of the Planet
Tiny microbes called phytoplankton live beneath the ocean’s surface, producing oxygen that is essential to human survival. A new study sheds light on how these all-important diatoms survive and thrive under difficult conditions.
Organic geochemist Pratigya Polissar is developing new tools to look at the history of plants and ecosystems on Earth over the past 20 million years.
Scientists like myself are in a race against time to understand the fundamental drivers of ocean ecosystems before climate change pushes them towards a new unknown state.
Oil palm is in everything from food to cosmetics to fuel and is consumed and used by most people without giving it a second thought. Yet oil palm cultivation is a large contributor to environmental and social problems, especially in places like Indonesia, where the business of oil palm cultivation has become the second largest export over the last decade.
Scientists from research institutions around the world are participating in a research expedition aboard the R/V L ‘Atalante to study how microorganisms in the South Pacific Ocean influence the carbon cycle. Lamont-Doherty Earth Observatory graduate student Kyle Frischkorn is among them; this is the first in a series of posts in which Kyle shares what it’s like to do research at sea.
Join instructors from our Executive Education Certificate Program in Conservation and Environmental Sustainability including Dr. Shahid Naeem, Dr. Matt Palmer, and Dr. Eric Sanderson. for a FREE public seminar program addressing the intersection between Arts and Science with the goal of initiating discussions and debate around the common ground of creative practice and scientific discovery.
Translocation in wildlife conservation is the capture, transport and release or introduction of species, habitats or other ecological material from one location to another. The authors argue that many species will need to move to a different location in order to survive. For species that are unable to relocate naturally, the only chance of survival may be to assist them in colonization.
It is well known that biological diversity underpins the functioning of ecosystems and the services that they provide. However, in a new study, researchers at the University of California-Santa Cruz demonstrate that higher levels of biodiversity are required in order to maintain multiple ecosystem functions simultaneously, over time.
It’s near midnight and Lamont-Doherty Earth Observatory researchers Andy Juhl and Craig Aumack, and Arizona State’s Kyle Kinzler are gathered around a table in their lab at the Barrow Arctic Research Consortium discussing the best way to catch an isopod.