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71 results for “vegetation survey”
Plant survey of current vegetation, central Arizona Phoenix: desert vegetation site locations.
An extensive survey was conducted to assess the species diversity of natural desert vegetation around the CAP-LTER study area. Remnant patch habitats (mostly parks and preserves) occurring within the urban matrix / fringe were emphasized. Three outlying areas (White Tank mountains west of town, Union Hills north of town, and Usery Mountain Park east of town) were surveyed for comparison. The original intent was to provide data on the woody and spring / summer herbaceous species in each area, but drought conditions allowed the spring herbs to be surveyed twice (1998, 2001) and summer herbs surveyed only once (1999). Thus, all locations have woody data but only a subset has herbaceous data. Surveys consisted of transects (elaborated below) summarized by the patch or outlying area name followed by a number (e.g. Unhill-11, Squaw-40, Hayden-8). Herb datasets are signified by a ‘P’ for spring and a ‘U’ for summer following the transect number (e.g. PaPk-1P, PaPk-1U).
Dataset of vegetation surveys and soil and plant tissue analyses carried out on Lauson proglacial foreland chronosequence
<p>This dataset includes vegetation surveys (Vascular cover, Cryptogam cover, Species number, Shannon index, Grassland species number and cover, Pioneer species number and cover) and soil (P, N, C, CN, Cmicr, Nmicr, Pols) and plant tissue (P, N, C, NP) analyses carried out on a chronosequence over the proglacial foreland of Lauson glacier (Aosta Valley, NW Alps, Italy)</p>
Figure 8 in Vegetation survey of the Khomas Hochland in central-western Namibia: syntaxonomical descriptions
Figure 8. Box-and-Whisker plots of the typical structure of the riverine associations within the Khomas Hochland Proper, based on the relevé data. A, Eragrostio rotiferi–Oleoetum africanae; B, Cynodo dactylonis–Eragrostioetum rotiferi; C, Stipagrostioetum namaquensis; D, Themedio triandrae–Chlo roetum virgatae; E, Chloro virgatae– Vachellietum karroo; F, Salvadoro persicae–Eucleetum pseudebeno; G, Setario finitae–Vachellietum eriolobae.
Figure 3 in Vegetation survey of the Khomas Hochland in central-western Namibia: syntaxonomical descriptions
Figure 3. Climate diagrams after Walter et al. (1975) of available automatic weather stations within the study area: Ganab, Rooisand, Claratal, Narais, Windhoek (NBRI) and Okamboro. Data sources: SASSCAL (2020) and BIOTA AFRICA (2009).
Figure 6 in Vegetation survey of the Khomas Hochland in central-western Namibia: syntaxonomical descriptions
Figure 6. Box-and-Whisker plots of the typical structure of the associations of the Khomas Hochland Proper, based on the relevé data. A, Digitario erianthae–Euryopietum walterorum; B, Pennisetum foermerianum–Ficus ilicina association; C, Eriocephalo dinteri–Danthoniopietum ramosae; D, Danthoniopio ramosae–Oleoetum africanae; E, Senegalio hereroensis–Tarchonanthoetum camphorati; F, Triraphio ramosissimae–Manuleopsietum dinteri; G, Ornithoglosso calcicolae–Fingerhuthioetum africanae; H, Brachiario nigropedatae–Senegalietum hereroensis.
Figure 12 in Vegetation survey of the Khomas Hochland in central-western Namibia: syntaxonomical descriptions
Figure 12. Dendrogram of the classification of synoptic relevés representing various associations. Groupings above the stippled line were interpreted as orders, whilst the final groupings were interpreted as alliances.
Figure 11 in Vegetation survey of the Khomas Hochland in central-western Namibia: syntaxonomical descriptions
Figure 11. Typical views of the associations of the Khomas Hochland Proper. A, Pseudogaltonio clavatae–Eriocephaloetum luederitziana; B, Panico lanipedis–Pentzietum incanae, relevé 1020; C, Aptosimo spinescentis–Galenietum africanae, relevé 2155; D, Panico arbusculi–Senegalietum detinentis, relevé 2153; E, Elephantorrhizo suffruticosae–Euphorbietum guerichianae, relevé 2017; F, Dichrostachyo cinereae–Senegalietum erubescentis, relevé 9494; G, Schmidtio kalahariensis–Vachellietum eriolobae, relevé 1082; H, Stipagrostis uniplumis–Senegalia detinens typical sub-association, relevé 982; I, Stipagrostis uniplumis–Senegalia detinens tarchonanthus camphoratus sub-association, relevé 1146; J, Stipagrostis uniplumis–Senegalia detinens vachellia reficiens sub-association, relevé 9504.
Supplementary material 2 from: Parisy B, Schmidt NM, Wirta H, Stewart L, Pellissier L, Holben WE, Pannoni S, Somervuo P, Jones MM, Siren J, Vesterinen E, Ovaskainen O, Roslin T (2023) Ecological signals of arctic plant-microbe associations are consistent across eDNA and vegetation surveys. Metabarcoding and Metagenomics 7: e99979. https://doi.org/10.3897/mbmg.7.99979
Key to taxa for Figure 5, figures S11A and S11B
Supplementary material 1 from: Parisy B, Schmidt NM, Wirta H, Stewart L, Pellissier L, Holben WE, Pannoni S, Somervuo P, Jones MM, Siren J, Vesterinen E, Ovaskainen O, Roslin T (2023) Ecological signals of arctic plant-microbe associations are consistent across eDNA and vegetation surveys. Metabarcoding and Metagenomics 7: e99979. https://doi.org/10.3897/mbmg.7.99979
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BioSCape Vegetation Surveys Berg and Eerste River Catchments, South Africa, 2022-2023
This dataset contains vegetation plot survey data collected at 36 sites across the Berg and Eerste River catchments in the Western Cape, South Africa collected during 2022 and again in 2023 during the 2023 BioSCape Field Collection season. Sampling protocols were designed by the BioSCape Leadership team for use by multiple teams to generate standardized and comparable vegetation plot data across sites. Each plot was circular, 10 m in diameter, and representative of the vegetation community. Species were identified at each 1-m mark along the N-S and W-E transects, totaling 42 identifications per plot. Fractional ground cover of the plot, fractional vegetation dominance, and rarefaction counts for each plot were recorded at all plots from 2023. Data from 2022 have fractional ground cover of the NE quadrant and fractional vegetation dominance. These data are provided in comma separated values (CSV) format. The boundaries of the patches where the vegetation plots were located were recorded as polygons in included Keyhole Markup Language (KML) files.
LBA-ECO ND-11 Ecotone Vegetation Survey and Biomass, NW Mato Grosso, Brazil: 2004
Not available.
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International Brain Laboratory public data
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