The Mohamed bin Zayed Species Conservation Fund has awarded $28,744,053 to 3049 conservation
projects for all species types with all IUCN classifications throughout the world.
Project managers that have decided to publish their projects, are illustrated on the map below.
Southern tiger cat
The last small cat: building a safety net around the vulnerable Leopardus guttulus in the extreme south of Brazil
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Indian Pangolin
Capacity building for enhancing Indian Pangolin conservation efforts in the Eastern Ghats.
The project aims at developing a long-term conservation management plan at a regional level in consultation with the Forest Department and form a network of “Pangolin Saviors” at the grassroots level to monitor any threats to the species. We intend to achieve this through community outreach and incentive based programs.
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Güiña
Integrated strategy for the mitigation of threats affecting Leopardus guigna in the Huilliche territory of Chacao, Chiloé
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Pampas cat
Integrated strategy for the mitigation of threats affecting Leopardus colocola in the Quechua indigineous community of Huatacondo, Chile
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White-winged Flufftail
The project conserves wetlands in South Africa to address threats to the White-winged Flufftail and many other threatened wetland flora and fauna, using the bird as a flagship or ambassador species to gain support. This approach has demonstrated holistic and meaningful benefits not only for the White-winged Flufftail but also for the people who derive ecosystem services from high-elevation wetlands.
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African white-backed vulture
Eyes in the Sky. Using vultures as sentinels for multi-species conservation efforts in Zambia
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aloe
In-situ assessment of the current status of endemic Aloe species of Tanzania
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Dades trout
Initiating the recovery of the relict endangered Dades trout in the southern slope of the Moroccan Atlas range
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Spiculate Toad
Understanding movement patterns in response to habitat disturbance is key to the conservation of a Mexican endangered toad Incilius spiculatus
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Vicente's poison frog
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.
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