2,801Grants to
1,734(Sub)Species
Small Grant Login
The Mohamed bin Zayed Species Conservation Fund has awarded 119 grants constituting a total donation of $1,334,577 for species conservation projects based in Oceania.
New Zealand's native Archey's frog is number one on the amphibian EDGE list. It is threatened by predation from introduced mammals. To assess the level of predation we have developed molecular techniques to identify frog prey in small mammals diets, as traditional approaches were unreliable. So far these have been successful and can also be applied to any predator-prey diet study.
View Archey's frog project
Azorella macquariensis is a keystone species endemic to Macquarie Island. In 2008 large areas of A.macquariensis were observed to be dying. Research is continuing to determine the the cause of the dieback. The project objectives are to maintain an ex-situ collection of A.macquariensis on Macquarie Island and increase viable holdings of seed in the Tasmanian Seed Conservation Centre at the Royal Tasmanian Botanical Gardens.
View Macquarie Island Cushion Plant project
The weevil, Hadramphus tuberculatus, is a critically endangered, endemic invertebrate that is found in the montane foothills of New Zealand. It was last sighted in 1922 and presumed extinct (Craw 1999) until its rediscovery in 2004 (Young 2006). In the IUCN database, the weevil is listed as extinct since the entry was created in 1996. It has only one known population.
View Canterbury Knobbled Weevil project
The Black-footed Albatross is considered "endangered" by IUCN due to estimated rates of incidental mortality in longline fisheries. This project will directly benefit the management of North Pacific albatrosses by identifying potential threats at-sea and those countries and fisheries with conservation responsibilities.
View Black-footed Albatross project
The natural habitat of the endangered Mary River turtle is restricted to the Mary River in south east Queensland, Australia. Tiaro & District Landcare Group are committed to increasing its chances of survival through conservation actions (protect wild nests from predators) and encouraging people to value and care for its habitat, the Mary River.
View Mary River turtle project
Boelen’s python (Morelia boeleni) is endemic to New Guinea found in highlands above 1000 m and below the tree line. Our recent work on the conservation genetics of this species, the first ever genetic survey of this species, shows that all captive and wild M. boeleni are genetically uniform and raise particular concern for the limited genetic diversity of M. boeleni used captive breeding programs.
View Boelen's python project
This project completed the first targeted search for the currently unknown breeding grounds of Beck's Petrel Pseudobulweria becki. At a coastal location by New Ireland, Papua New Guinea, the single greatest aggregation of Beck's Petrel ever recorded was encountered in March 2012. Over 100 birds seen close to land are a strong indication that the species breeds at adjacent Mount Agil, New Ireland's highest peak.
View Beck's Petrel project
Reef fish spawning aggregations are predictable in space and time and therefore provide an opportunity for local fishers to easily catch large numbers of reproductively active fish, endangering the future sustainability of coral reef fisheries. This work aims conduct artisanal fishery assessments and promote long-term sustainability of local marine resources using the Humphead Wrasse as flagship species on Kia Island, Fiji.
View Humphead Wrasse project
Nothing has been learned about the Ono-I-Lau Skink (Leiolopisma alazon)since its discovery in 1982. It was known from one very small islet in a very distant part of Fiji. Whether the species is extinct is not even known. This project will determine the current status of this species and determine conservation priorities for the species if found to still exist in the wild.
View Lauan Ground Skink project
In 2006 the Government of Samoa developed a recovery plan for the Mao. This Project is directly aimed at addressing the plan’s objectives to find out vital information needed to design programmes for population recovery. This study will provide information on spatial use, breeding and feeding ecology,and initial demographic information such as rates of reproduction and causes of mortality.
View Mao or Ma'oma'o project