
18-12-2023 - Dermatemys mawii
Ecological characterization of Dermatemys mawii in the National Park Sierra Lacandón, Guatemala.
View Dermatemys mawii project
Small Grant Login
The Mohamed bin Zayed Species Conservation Fund has awarded 361 grants constituting a total donation of $3,427,765 for species conservation projects based in North America.
Ecological characterization of Dermatemys mawii in the National Park Sierra Lacandón, Guatemala.
View Dermatemys mawii project
Conservation of the Margay and Jaguarundi: Reduction of deaths and guarantee of water in San Pedro Nonualco, El Salvador.
It is a pioneering project aimed at mitigating threats and conserving Margay and Jaguarundi populations. Through these efforts, we aspire to create a future where wildlife and communities thrive together in harmony.
View Margay project
Save the bees: conservation startegies for the bumblebee Bombus crotchii
View Crotch bumblebee project
Determining population size and habitat usage is critical for the restoration of breeding sites for the Puerto Rican crested toad
View Puerto Rican crested toad project
Protecting Natalus primus (Chiroptera, Natalidae) by updating its current status using ecological data collection, acoustic monitoring and social actions.
View Cuban Greater Funnel-Eared Bat project
Priorities for the conservation of freshwater shrimp Barbouria cubensis in north east, Cuba, an endangered species.
View red shrimp project
Ecology and conservation of the Escambray Bearded Anole, Anolis Guamuhaya, in central Cuba
The Escambray Barded Anole is one of six species of bizarre, giant (to ca. 18 cm snout-vent length), slow-moving, chameleon-like anoles with prehensile tails in the Chamaeleolis clade, which are exclusive to Cuba. These animals have strictly arboreal lifestyles and are highly dependent of forest areas, which faces many threats today.
View Escambray Bearded Anole project
Conserving newly discovered Kinosternid turtle endemic in coastal plain western Mexico.
View Cora Mud Turtle project
Understanding movement patterns in response to habitat disturbance is key to the conservation of a Mexican endangered toad Incilius spiculatus
View Spiculate Toad project
The project will estimate for the first time the abundance of O. vicentei and its correlation with environmental variables such as: temperature, humidity, rainfall and forest structure during two seasons. We will use dynamic acoustic surveys along with in situ measurements of environmental covariates through sensor deployment This will provide vital information about the importance of the environment where this species lives.
View Vicente's poison frog project