Conservation biologists are increasingly turning to new biotechnologies to understand and restore the natural world. The tools are changing as fast as the ecosystems, and we need all the help we can get.
Science Leads: Bridget Baumgartner and Ryan Phelan
Humpback whales were hunted to near extinction until whaling was banned in 1963. Population recovery is...
Sometimes extinction isn’t forever, it just takes the right team to discover what others could not. The...
The American chestnut (Castanea dentata) was once an important member of the Appalachian ecosystem but was...
The Tongass National Forest in Alaska contains both damaged and undamaged caves. These caves are homes to...
Mediterranean corals are dramatically affected by mass mortality events linked to marine heat waves. Within...
The introduction of non-native lady beetles into North America led to the disappearance of several once...
We study an abundant 'herbivorous' fish on Pacific coral reefs: the striated surgeonfish, Ctenochaetus striatus...
Coral use green fluorescent protein (GFP) emissions to attract algal symbionts that provide energy to the...
American Kestrels in the US have declined by 50% in the last 50 years and scientists are struggling to understand...
Wild animal microbiomes have received minimal research and we often don’t know what constitutes a "healthy...
Freshwater fish account for a quarter of the world’s vertebrate species and are critical to maintaining...
'Opihi are a culturally important marine limpet found only within the Hawaiian Islands. Considered a delicacy...
Rabies is one of the greatest threats to the continued survival of the African wild dog (Lycaon pictus...
Latin America hosts 40% of the biodiversity of the world. In order to foster conservation, we seek to improve...
Welcome to the coolest ecosystem you've never heard of - the anchialine ecosystem! Anchialine habitats are...
Conservation is increasingly turning to new biotechnologies to understand, monitor, and sometimes intervene in ecosystems around the world. Whether using eDNA to monitor marine environments or increasing the genetic diversity of endangered species, these new tools are becoming important and ubiquitous.
Revive & Restore is a pioneer in bringing these new approaches and technologies into the natural world. These projects take time and exceptional foresight. Revive & Restore knows the importance of funding projects at the earliest stages, well before there is an urgent and dire need. We're looking to help seed more projects pursuing important biobanking outcomes, documenting wild genomes, or pushing the boundaries of genetic monitoring techniques.
Thanks to the support of the Footprint Coalition, we have $50,000 that we're going to contribute to projects here on Experiment — a small and fast grant program to get new ideas off the ground quickly. We will back eligible projects up to 50% of the project cost (and up to $5,000/project). The funds will be distributed on a first-come, first-serve basis. The sooner you fill out a project application the better (use the "start a project" link below). Bold ideas and questions are encouraged to apply.
Part of the Footprint Coalition Science Engine