Biodiversity metrics during experimental drought and restoration in a coastal prairie in Santa Cruz, CA, USA in 2019 and 2021

Fuente: PANGAEA
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Autore principale: Luong, Justin C
Natura: Dataset Open Access
Lingua:en
Pubblicazione: PANGAEA 2026
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author Luong, Justin C
author_facet Luong, Justin C
collection Datos científicos de ciencias marinas y ambientales
contents Various biodiversity metrics of restored, unrestored, droughted and ambient rainfall plots derived from plant community data in 2021 and trait data from 2019. Different facets of metrics include: taxonomic, functional and phylogenetic, that is, the average relative total native cover in a plot determined from an average of six 0.25 m² quadrats; the total number of unique native plant species in a plot (richness); the total number of unique plant taxa in a plot (alpha); the nearest taxon distance, i.e. the abundance weighted phylogenetic distance at the 0th quantile; the abundance weighted phylogenetic distance at the 10th quantile; the mean phylogenetic distance; i.e. the abundance weighted phylogenetic distance at the 50th quantile; functional richness, a measure of the total trait space occupied; functional evenness, a measure of the relative distribution of traits in an occupied trait space; functional divergence, a measure of the relative divergence of traits in an occupied trait space, and functional dispersion, a measure of the relative disperion of traits in an occupied trait space determined through relative abundances and dominance.
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_942736
institution PANGAEA
language en
publishDate 2026
publisher PANGAEA
record_format pangaea
spellingShingle Biodiversity metrics during experimental drought and restoration in a coastal prairie in Santa Cruz, CA, USA in 2019 and 2021
Luong, Justin C
Alpha diversity; Biodiversity; Calculated; California, USA; community ecology; Coverage; ecology; Field experiment; Functional dispersion; Functional divergence; Functional evenness; Functional richness; functional traits; Mean phylogenetic distance, at 50th quantile; MULT; Multiple investigations; Nearest taxon distance, at 0th quantile; phylogenetics; Phylogenetic taxon distance, at 10th quantile; Plot; restoration ecology; Species richness level; trait diversity; trait ecology; YoungerLagoonReserve
Various biodiversity metrics of restored, unrestored, droughted and ambient rainfall plots derived from plant community data in 2021 and trait data from 2019. Different facets of metrics include: taxonomic, functional and phylogenetic, that is, the average relative total native cover in a plot determined from an average of six 0.25 m² quadrats; the total number of unique native plant species in a plot (richness); the total number of unique plant taxa in a plot (alpha); the nearest taxon distance, i.e. the abundance weighted phylogenetic distance at the 0th quantile; the abundance weighted phylogenetic distance at the 10th quantile; the mean phylogenetic distance; i.e. the abundance weighted phylogenetic distance at the 50th quantile; functional richness, a measure of the total trait space occupied; functional evenness, a measure of the relative distribution of traits in an occupied trait space; functional divergence, a measure of the relative divergence of traits in an occupied trait space, and functional dispersion, a measure of the relative disperion of traits in an occupied trait space determined through relative abundances and dominance.
title Biodiversity metrics during experimental drought and restoration in a coastal prairie in Santa Cruz, CA, USA in 2019 and 2021
topic Alpha diversity; Biodiversity; Calculated; California, USA; community ecology; Coverage; ecology; Field experiment; Functional dispersion; Functional divergence; Functional evenness; Functional richness; functional traits; Mean phylogenetic distance, at 50th quantile; MULT; Multiple investigations; Nearest taxon distance, at 0th quantile; phylogenetics; Phylogenetic taxon distance, at 10th quantile; Plot; restoration ecology; Species richness level; trait diversity; trait ecology; YoungerLagoonReserve
url https://doi.org/10.1594/PANGAEA.942736