
09-05-2024 - goliath frogs
Strengthening the management capacities of local actors for the conservation of conraua goliath in the Nlonako reserve
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Small Grant Login
The Mohamed bin Zayed Species Conservation Fund has awarded 305 grants for this species type, constituting a total donation of $2,422,280.
Strengthening the management capacities of local actors for the conservation of conraua goliath in the Nlonako reserve
View goliath frogs project
The Cemetery Treefrog: Does He Only Live Next to His Final Resting Place? Threats and conservation of Dendropsophus nekronastes
View Cemetery treefrog project
Local partnerships to ensure the conservation of three species of harlequin toads in the Key Biodiversity Area of the Sierra Nevada de Santa Marta, Colombia.
View Starry Night Harlequin toad project
Save the last population of the critically endangered Manengouba long fingered frog (Cardioglossa manengouba) in Cameroon.
View Manengouba long-fingered frog project
Understanding the role of microclime in future distribution and behaviour of the small pumpkin-toadlet Brachycephalus mirissimus. In this project, we will use acoustic monitoring and modelling to study the role of altitudinal and altitudinal gradient in this microendemic species under climate change scenarios to propose conservation actions.
View Pumpkin toadlet 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
Western Leopard Toad Underpass Project - Installation of concrete culvert tunnels under roads that bisect amphibian habitat, to assist toads in safely crossing the road during breeding season when they migrate to breeding ponds.
View Western Leopard Toad project
Integrating local community in conserving the Critically endangered Taita Hills Warty Frog (Callulina dawida).
View Taita Warty Frog 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