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Plant Population Genetics and Mating Systems in Alpine Flora

Explores genetic structure, inbreeding, and optimal outcrossing distances in alpine wildflowers using transect-based seed sampling and F-statistics to understand gene flow and reproductive fitness across populations.

Species: 6 Concept: 2 Protocol: 1

optimal outcrossing distance fixation indices Trifolium Eriogonum lonchophyllum Trifolium dasyphyllum Transect-based seed sampling for plant population genetics (Ranunculaceae)

Knowledge Graph (18 nodes, 30 connections)

Min papers:2

Species (6) →

Concept (2) →

optimal outcrossing distance

Distance range that maximizes pollen fertilization success and offspring survival

processpopulation ecology18 papers

fixation indices

F-statistics (FIS, FST, FIT) measuring genetic differentiation and inbreeding at different hierarchical levels

metricpopulation ecology17 papers

Protocol (1) →

Transect-based seed sampling for plant population genetics (Ranunculaceae)

Systematic collection of seeds from plants along established transects for genetic analysis. Seeds collected within defined distances of sampling poin...

samplingstandardized16 papers

Plant Population Genetics and Mating Systems in Alpine Flora

Knowledge Graph (18 nodes, 30 connections)

Species (6) →

Trifolium

Eriogonum lonchophyllum

Trifolium dasyphyllum

Astragalus alpinus

Juncus gerardii

Trifolium gymnocarpon

Concept (2) →

optimal outcrossing distance

fixation indices

Protocol (1) →

Transect-based seed sampling for plant population genetics (Ranunculaceae)