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How genomics can help biodiversity conservation [PDF]

Trends in Genetics, 2023
peer reviewedThe availability of public genomic resources can greatly assist biodiversity assessment, conservation, and restoration efforts by providing evidence for scientifically informed management decisions.
Yannick Wurm
exaly   +34 more sources

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Reference genomes for conservation

Science, 2022
High-quality reference genomes for non–model species can benefit ...
Sadye, Paez, Robert H S, Kraus, Beth, Shapiro, M Thomas P, Gilbert, Erich D, Jarvis, Farooq Omar, Al-Ajli, Gerardo, Ceballos, Andrew J, Crawford, Olivier, Fedrigo, Rebecca N, Johnson, Warren E, Johnson, Tomas, Marques-Bonet, Phillip A, Morin, Ralf C, Mueller, Oliver A, Ryder, Emma C, Teeling, Byrappa, Venkatesh   +16 more
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Conservation of biodiversity in the genomics era [PDF]

Genome Biology, 2018
"Conservation genomics" encompasses the idea that genome-scale data will improve the capacity of resource managers to protect species. Although genetic approaches have long been used in conservation research, it has only recently become tractable to generate genome-wide data at a scale that is useful for conservation.
Megan Ann Supple, Beth Shapiro
exaly   +6 more sources

Genomics and the future of conservation genetics

Nature Reviews Genetics, 2010
We will soon have complete genome sequences from thousands of species, as well as from many individuals within species. This coming explosion of information will transform our understanding of the amount, distribution and functional significance of genetic variation in natural populations.
Gordon Luikart, Paul A. Hohenlohe, Fred W. Allendorf   +2 more
exaly   +3 more sources

Genomics and conservation genetics

Trends in Ecology & Evolution, 2006
In large part, the relevance of genetics to conservation rests on the premise that neutral marker variation in populations reflects levels of detrimental and adaptive genetic variation. Despite its prominence, this tenet has been difficult to evaluate, until now.
Michael H, Kohn, William J, Murphy, Elaine A, Ostrander, Robert K, Wayne   +3 more
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Conservation Genomics in a Changing Arctic

Trends in Ecology & Evolution, 2020
Although logistically challenging to study, the Arctic is a bellwether for global change and is becoming a model for questions pertinent to the persistence of biodiversity. Disruption of Arctic ecosystems is accelerating, with impacts ranging from mixing of biotic communities to individual behavioral responses.
Jocelyn P, Colella, Sandra L, Talbot, Christian, Brochmann, Eric B, Taylor, Eric P, Hoberg, Joseph A, Cook   +5 more
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Visualization Tools for Genomic Conservation

2022
SynVisio and Accusyn ( genomevis.usask.ca ) are freely available web-based tools for visualizing genomic conservation that provide easy-to-access visualizations for researchers to interact with their datasets and change parameters in real time to carry out synteny exploration and analysis through multiple coordinated visual representations.
Venkat, Bandi, Carl, Gutwin, Jorge Núñez, Siri, Eric, Neufeld, Andrew, Sharpe, Isobel, Parkin   +5 more
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From Conservation Genetics to Conservation Genomics

Annals of the New York Academy of Sciences, 2009
Although the application of population and evolutionary genetic theory and methods to address issues of conservation relevance has a long history, the formalization of conservation genetics as a research field is still relatively recent. One of the periodic catalysts for increased research effort in the field has been advances in molecular technologies,
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Interactive Exploration of Genomic Conservation

2020
Comparative analysis in genomics involves comparing two or more genomes to identify conserved genetic information. These duplicated regions can indicate shared ancestry and can shed light on an organism's internal functions and evolutionary history. Due to rapid advances in sequencing technology, high-resolution genome data is now available for a wide ...
Venkat Bandi, Carl Gutwin
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Integrating genomics into conservation management

Molecular Ecology Resources, 2020
Captive populations play a vital role in conservation, supporting both in situ and ex situ conservation projects. A healthy, self‐sustaining captive population serves as valuable insurance against extinctions and a source of individuals for reintroduction into the wild.
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