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1. Landscape genetics
: concepts, methods, applications
by Balkenhol, Niko
2016, ISBN 1118525280, xix, 264 pages
Despite the substantial interest in landscape genetics from the scientific community, learning about the concepts and methods underlying the field remains very... 
Genetics | Ecology | Ecological genetics | Biodiversity | Population genetics | Landscape ecology | Congresses | ethics
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2. Full Text The influence of altitude and topography on genetic structure in the long‐toed salamander (Ambystoma macrodactulym)
by GIORDANO, ANDREW R and RIDENHOUR, BENJAMIN J and STORFER, ANDREW
Molecular Ecology, ISSN 0962-1083, 04/2007, Volume 16, Issue 8, pp. 1625 - 1637
A primary goal of molecular ecology is to understand the influence of abiotic factors on the spatial distribution of genetic variation. Features including... 
altitude | long‐toed salamander | genetic structure | Ambystoma macrodactylum | landscape influence | topography | Landscape influence | Long-toed salamander | Genetic structure | Topography | Altitude | FROGS RANA-LUTEIVENTRIS | PACIFIC-NORTHWEST | BIOCHEMISTRY & MOLECULAR BIOLOGY | LANDSCAPE GENETICS | long-toed salamander | MICROSATELLITE DNA MARKERS | FLOW | WOOD FROG | EVOLUTIONARY BIOLOGY | COUNTERGRADIENT VARIATION | POPULATION-STRUCTURE | ECOLOGY | DIFFERENTIATION | ICE AGES | Geography | Montana | Gene Flow | Genotype | Algorithms | Animals | Computer Simulation | Ecosystem | Bayes Theorem | Animal Migration | Ambystoma - genetics | Ambystoma - physiology | Population Dynamics | Hypothesis testing | Habitats | Correlation analysis | Biogeography | Altitudes | Genetics | Animal populations | Reptiles & amphibians
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3. Full Text Quantifying Bufo boreas connectivity in Yellowstone National Park with landscape genetics
by Melanie A. Murphy and Jeffrey S. Evans and Andrew Storfer
Ecology, ISSN 0012-9658, 1/2010, Volume 91, Issue 1, pp. 252 - 261
A major objective of ecology is to understand how ecological processes limit population connectivity and species' distributions. By spatially quantifying... 
Population ecology | Ecological modeling | Landscapes | Ecological genetics | Genetic variation | Forest ecology | Connectivity | Ecological processes | Metapopulation ecology | Landscape ecology | Yellowstone National Park | multiple scales | USA | ecological process | ecoinformatics | boreal toad | Bufo boreas | landscape genetics | Random Forests | algorithmic models | landscape ecology | species connectivity | Yellowstone national park | Multiple scales | Landscape genetics | Species connectivity | Boreal toad | Ecoinformatics | Bufo boreal | Random forests | Algorithmic models | Ecological process | STATISTICS | AMBYSTOMA-TIGRINUM | CLASSIFICATION | TOPOGRAPHY | Yellowstone National Park, USA | EFFECTIVE POPULATION-SIZE | CONSERVATION | LONG-TOED SALAMANDER | AMPHIBIAN POPULATIONS | ECOLOGY | CLIMATE | Genetic Variation | Bufonidae - physiology | Animals | Bufonidae - genetics | Demography | Wyoming | Ecosystem | Habitat (Ecology) | Environmental aspects | Models | Algorithms | Research | National parks and reserves
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4. Full Text Global amphibian declines: sorting the hypotheses
by Collins, James P and Storfer, Andrew
Diversity and Distributions, ISSN 1366-9516, 03/2003, Volume 9, Issue 2, pp. 89 - 98
. Reports of malformed amphibians and global amphibian declines have led to public concern, particularly because amphibians are thought to be indicator species... 
complexity | sorting hypotheses | time scale | Amphibian declines | Frogs | Conservation biology | Pathogens | Extinct species | Introduced species | Depopulation | Infectious diseases | Land use change | Population dynamics | Amphibians | Time scale | Sorting hypotheses | Complexity | MORTALITY | ASSEMBLAGE | amphibian declines | EMERGING INFECTIOUS-DISEASES | UV-B | CONSERVATION | POPULATION DECLINES | FLUCTUATIONS | DYNAMICS | ECOLOGY | BIODIVERSITY CONSERVATION | CLIMATE
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5. Full Text Landscape genetics: where are we now?
by STORFER, ANDREW and MURPHY, MELANIE A and SPEAR, STEPHEN F and HOLDEREGGER, ROLF and WAITS, LISETTE P
Molecular Ecology, ISSN 0962-1083, 09/2010, Volume 19, Issue 17, pp. 3496 - 3514
Landscape genetics has seen rapid growth in number of publications since the term was coined in 2003. An extensive literature search from 1998 to 2008 using... 
gene flow | landscape data | publication guidelines | spatial analysis | genetic structure | genetic variation | temporal trends | HABITAT FRAGMENTATION | NATTERJACK TOAD | BIOCHEMISTRY & MOLECULAR BIOLOGY | ONCORHYNCHUS-MYKISS | ENVIRONMENTAL-FACTORS | SALVELINUS-FONTINALIS | EVOLUTIONARY BIOLOGY | ROE DEER POPULATIONS | CONSERVATION GENETICS | TOAD BUFO-CALAMITA | LONG-TOED SALAMANDER | ECOLOGY | QUANTIFYING FUNCTIONAL CONNECTIVITY | Geography | Ecology - methods | Gene Flow | Ecosystem | Research Design - trends | Periodicals as Topic - standards | Amplified Fragment Length Polymorphism Analysis | Microsatellite Repeats | Genetics | Analysis | Habitat destruction | Trends | Molecular biology | Research methodology | Landscape ecology
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6. Full Text A test of the central–marginal hypothesis using population genetics and ecological niche modelling in an endemic salamander (Ambystoma barbouri)
by Micheletti, Steven J and Storfer, Andrew
Molecular Ecology, ISSN 0962-1083, 03/2015, Volume 24, Issue 5, pp. 967 - 979
The central–marginal hypothesis (CMH) predicts that population size, genetic diversity and genetic connectivity are highest at the core and decrease near the... 
population genetics – empirical | ecological genetics | niche modelling | range limits | amphibians | population genetics - empirical | SPECIES BORDERS | BIOCHEMISTRY & MOLECULAR BIOLOGY | PATTERNS | MICROSATELLITE DNA MARKERS | DISTRIBUTIONS | EVOLUTIONARY BIOLOGY | ABUNDANT CENTER HYPOTHESIS | HIGH-RESOLUTION | ECOLOGY | DIVERSITY | PROVIDE MIXED SUPPORT | DIFFERENTIATION | RANGE | Genetic Variation | Genetics, Population | Animals | Models, Biological | United States | Ecosystem | Population Density | Ambystoma - genetics | Environmental aspects | Niche (Ecology) | Amphibians | Population genetics | Analysis | Genetic diversity | Reptiles & amphibians | Native species
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7. Full Text Breaking RAD: an evaluation of the utility of restriction site‐associated DNA sequencing for genome scans of adaptation
by Lowry, David B and Hoban, Sean and Kelley, Joanna L and Lotterhos, Katie E and Reed, Laura K and Antolin, Michael F and Storfer, Andrew
Molecular Ecology Resources, ISSN 1755-098X, 03/2017, Volume 17, Issue 2, pp. 142 - 152
Understanding how and why populations evolve is of fundamental importance to molecular ecology. Restriction site‐associated DNA sequencing (RADseq), a popular... 
genotyping by sequencing | local adaptation | outlier analysis | F ST | genome–environment association | genome scan | genome-environment association | DEMOGRAPHIC HISTORY | POPULATION GENOMICS | SNP DISCOVERY | DROSOPHILA-MELANOGASTER | BIOCHEMISTRY & MOLECULAR BIOLOGY | F-ST | NUCLEOTIDE POLYMORPHISM | EVOLUTIONARY BIOLOGY | LINKAGE DISEQUILIBRIUM | EVOLUTION | ECOLOGY | WILD POPULATIONS | ECOLOGICAL GENOMICS | DNA - genetics | Genetic Variation | Computational Biology - methods | DNA - chemistry | Genetics, Population - methods | DNA Restriction Enzymes - metabolism | Adaptation, Biological | DNA - metabolism | Genomics - methods | Sequence Analysis, DNA - methods | Linkage Disequilibrium | Environmental associations | Enzymes | Analysis | Genomics | DNA | Genetic research | Genomes | Nucleotide sequencing | DNA sequencing
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8. Full Text An approach for identifying cryptic barriers to gene flow that limit species' geographic ranges
by Micheletti, Steven J and Storfer, Andrew
Molecular Ecology, ISSN 0962-1083, 01/2017, Volume 26, Issue 2, pp. 490 - 504
Species' geographic range limits are most often not demarcated by obvious dispersal barriers. Poor‐quality habitat at the edge of a species' range can prevent... 
BIOCHEMISTRY & MOLECULAR BIOLOGY | LANDSCAPE GENETICS | MICROSATELLITE DNA MARKERS | SOFTWARE | EVOLUTIONARY BIOLOGY | EVOLUTION | SPOTTED SALAMANDER | HIGH-RESOLUTION | CHEMICAL CUES | POPULATION-STRUCTURE | ECOLOGY | DIVERSITY | METAMORPHOSIS | Genetic Variation | Geography | Animals | Indiana | Gene Flow | Ecosystem | Kentucky | Ohio | Ambystoma - genetics | Microsatellite Repeats | Genetic research | Precipitation (Meteorology) | Genes | Analysis | Biological diversity | Genetics | Phylogeography | Polymorphism
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9. Full Text Atrazine Increases Ranavirus Susceptibility in the Tiger Salamander, Ambystoma tigrinum
by Diane Denise Forson and Andrew Storfer
Ecological Applications, ISSN 1051-0761, 12/2006, Volume 16, Issue 6, pp. 2325 - 2332
Pathogenic diseases and environmental contaminants are two of the leading hypotheses for global amphibian declines, yet few studies have examined the influence... 
Larvae | Contaminants | Animal diseases | Viruses | Nitrates | Infections | Leukocytes | Salamanders | Amphibians | Metamorphosis | amphibian decline | tiger salamander | atrazine | Ambystoma tigrinum | Ranavirus | Ambystoma tigrinum virus | immune suppression | Iridovirus | sodium nitrate | Sodium nitrate | Tiger salamander | Immune suppression | Amphibian decline | Atrazine | HERBICIDES | EMERGENCE | ENVIRONMENTAL SCIENCES | INFECTIOUS-DISEASES | AMPHIBIAN POPULATION DECLINES | RANA-PIPIENS | PREDATORY STRESS | LIFE-HISTORY | ECOLOGY | METAMORPHOSIS | NORTH-AMERICAN TADPOLES | PATHOGENS | Ambystoma - virology | DNA Virus Infections - blood | DNA Virus Infections - veterinary | Disease Susceptibility | Ranavirus - genetics | Nitrates - pharmacology | DNA, Viral - analysis | Herbicides - pharmacology | Viral Load | Atrazine - pharmacology | Metamorphosis, Biological | Animals | Larva - growth & development | Larva - virology | Ranavirus - pathogenicity | DNA Virus Infections - virology | Leukocyte Count | Ambystoma - blood
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