Cycle 4 (2015 Deadline)
Enhancing elephant conservation and protection in East Africa with molecular genetic tools
PI: Moses Otiende (email@example.com), Kenya Wildlife Service
U.S. Partner: Samuel and David Wasser and Schindel, Smithsonian Institution
Project Dates: October 2015-September 2018
DNA tools are becoming increasingly useful for investigating and prosecuting wildlife crimes, including matching carcasses to biological products being smuggled and determining the location of poaching hotspots from which large quantities of biological material were derived. Elephant-specific microsatellites have been developed and accurately used to map elephant populations over the entire African continent using DNA derived from their feces (Wasser et al., 2004). The map is currently being used to trace illegal ivory shipments back to their origin using DNA extracted from seized ivory (Wasser et al., 2004). Elephant poaching within East Africa has progressively increased since 2006 (Underwood et al., 2013) with the greatest concentration of large ivory seizures coming from East Africa and especially southern Tanzania. Since 2013, the number of large ivory seizures made in Kenya, Uganda, and Tanzania has grown to levels beyond those made in Asia. Timely identification of the origins of these seizures is vital, both for timely prosecutions but also to provide time-sensitive intelligence on major shifts in poaching activities across East Africa. This project aims to build a collaborative forensic network between Kenya, Tanzania, and Uganda by enhancing the forensic capabilities of newly formed wildlife DNA labs in both Kenya and Tanzania, where the largest elephant populations reside in East Africa and considerable cross-border movement of elephants occur.
A major part of this effort also involves enhancing coverage of the existing continent-wide elephant DNA database (Wasser et al., 2004) by sampling and genotyping elephant dung in all important elephant areas within the region where samples are still lacking. Enhancing this comprehensive elephant DNA database for East Africa will greatly increase the capacities of authorities to monitor changes in areas of concentrated poaching as well as bring cases to successful prosecution in a timely basis. The U.S. Government-supported partner will contribute all existing genotypes from these areas to this effort and use these collections to enhance this continent-wide microsatellite DNA map used to assign origin to large ivory seizures made throughout the world.
Planned capacity building activities under the project include proficiency testing and validation using the laboratory of the Smithsonian-based partner. Other components of this training will include proper sampling protocols for large seizures, as well as training of rangers and lab technicians across East Africa on how to maintain chain of custody throughout sample collection and analyses, including use of tamper proof containers, pre-printed barcode labels, and proper documentation of a full audit trail of the sampling process. The most important product of this initiative will be to increase effectiveness of tools to monitor and police the illegal killing of elephants within East Africa and enhance local capacity to produce credible evidence for prosecution of illegal ivory traffickers. The genetic database established for East African elephants will be used to enhance the detection and validation of poaching hot spots within the region and link seized products to their original crime scene to enhance prosecution of ivory traffickers in a court of law.
Summary of Recent Activities
At the Kenya Wildlife Service Genetics and Forensic lab, the key activities during this reporting period were mostly laboratory processing of samples. DNA extraction from 110 fecal/tissue samples was conducted during the reporting period ending September 2017. In addition, 131 DNA samples were amplified at the mtDNA loci using PCR. From these activities, we obtained 110 DNA samples and ~50 samples were successfully amplified to obtain clean consensus sequences. At Soikoine University of agriculture, Mutayoba's team amplified 27 samples from Serengeti, 30 from Saadani, 34 from Mkomazi NP and 14 from the Ngorongoro Conservation area at the partial Dloop and Cytochrome B mtDNA . Successful consensus sequences were obtained from Serengeti (19), Mkomazi (19), NCAA (11) and Saadani (11) samples. These sequences been shared with the Principle Investigator at the Kenya Wildlife Service.
In Tanzania, the SUA team is continuing to collect samples targeting areas including (Saadani and Mkomazi National Parks) from which previous samples did not successfully amplify. This work is ongoing and the team has now collected another 36 fecal samples from Saadani and 32 samples from Mkomazi NP. At the same time, sampling is ongoing in Tarangire NP and Mikumi National Parks. Twenty five samples each have been collected out of our target of 35-40 samples. No field sample collection has been undertaken in Kenya during this reporting period.
The Government of Tanzania through the Ministry of Natural Resources and Tourism as approved for the first time Professor Mutayoba from SUA in Collaboration with Professor Wasser, their USG partner on this project to sample ivory weighing over 500 kg from three major seizures done in Zanzibar (1895 kg ) in 2011, in Dar es salaam (1049 kg) and (1800 kg) seized in 2013. This work will be done next month. This is a key recognition of the work we have done in this and previous elephant projects.
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