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Table of Contents
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 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.
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 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.