Molecular Ecology and Conservation Genetics of Neotropical Mammals

Chapter 1 - Introduction.- Section 1 - Background and Technical Notes.- Chapter 2 - Conservation status of Neotropical mammals: A review.- Chapter 3 - The use of molecular markers in Neotropical mammal conservation.- Chapter 4 - Non-invasive genetic sampling techniques applied to conservation genetic studies in mammals.- Chapter 5 - Landscape Genomics in wildlife conservation.- Chapter 6 - The use of forensic DNA on the conservation of Neotropical mammals.- Chapter 7 - Leveraging conservation through massive sequencing technologies.- Chapter 8 - The importance of considering genetic factors in population viability analysis.- Section 2 - Case studies.- Chapter 9 - Effects of the sample sizes in the determination of the true number of haplogroups within a species with conservation purposes: the case of the Cebus albifrons in Ecuador, and the cases of the jaguarundi, the kinkajou and the coati throughout Latin America.- Chapter 10 - Molecular Ecology Approaches to Study Neotropical Bats.- Chapter 11 - Phylogeographic approximation of the subspecies Odocoileus virginianus veraecrusis (Goldman & Kellogg 1940) in the South Eastern Coastal Plain, Mexico.-Chapter 12 - Perspectives on Neotropical primate's conservation genetics.- Chapter 13 - The use of Genetic Footprints as a tool to trace the origin of the heavily trafficked White-footed tamarins (Saguinus leucopus) in Colombia.- Chapter 14 - Schrödinger's cat in genetics for the conservation of species in the tropical Andes: bibliographical review of the order Carnivora.- Chapter 15 - Conservation genetics of rodents in Argentina.- Chapter 16 - Conservation genetics of caviomorphs and sigmodontine rodents in the Neotropics.-Chapter 17 - Aquatic Mammals of the Amazon: a review of gene diversity, population structure and phylogeography.- Conclusion.- Chapter 18 - Concluding remarks.

Maximiliano Nardelli holds a Ph.D. in Microbiology from Buenos Aires University and teaches biology at the National University of Luján, Argentina. He is a researcher at the Research Group on Molecular Ecology of the Institute of Ecology and Sustainable Development (INEDES-CONICET) and at the Education Department of the National University of Luján, where he also teaches molecular biology and is a teacher trainer in biology. He has published 8 scientific articles in international journals, 3 book chapters, and made more than 30 contributions at scientific meetings. He is currently studying biological corridors of native wild mammals of the Neotropics, integrating molecular tools and geographic information systems. His project aims to create and/or revalue biological corridors, working together with state institutions and the community.



Juan Ignacio Túnez holds a Ph.D. in Biology from Buenos Aires University and is a researcher at the National Council of Scientific and Technical Research (CONICET) of Argentina. He is also Director of the Research Group on Molecular Ecology of the Institute of Ecology and Sustainable Development (INEDES-CONICET) and teaches evolution at the National University of Lujan, Argentina. He carries out studies in which, through the use of molecular markers, analyze diverse aspects of genetic diversity, genetic structure, social behavior, and conservation of different species of native wild mammals of the Neotropics. As a result of these studies, he has published 25 scientific articles in international journals and 3 book chapters that contribute to the development of conservation and management measures for the species studied and the ecosystems in which they live.