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Taxonomy

Collection 1000290 (herbarium acc. no. NY 814881) has not been assigned to a species.

Description

  • arrow_drop_downarrow_drop_upCollecting details

    Collection 1000290 was collected by F.S. Earle (560), det: W.A. Murrill on 15th June 1907 in Herradura, CUBA (approx. 22.5122°N, 83.4137°W, altitude approximately 50 m above sea level - Google maps). No ectomycorrhizal plants were recorded.

    The surrounding habitat was described as subtropical garden with a substrate of soil, corresponding to the IUCN habitat We map from the collector's description of the habitat to the International Union for Conservation of Nature (IUCN)'s definition using a standardised set of rules. Please see this page for a full list of IUCN habitats. 14.3: Plantations.

    According to the GPS data the collection was in the Cuban pine forests WWF ecoregion The World Wildlife Fund (WWF) have divided the world into 867 terrestrial ecoregions. The ecoregion here is estimated by mapping from the GPS coordinates of the collection using data made available by Dinerstein et al (2017). Use this webtool to explore the ecoregions visually or see a full list of current ecoregions on Wikipedia. (biome: Tropical & Subtropical Coniferous Forests) and Koppen climate code Aw (Tropical, savannah).

  • clearclearMacroscopic description
     - analysis not yet complete
  • clearclearMicroscopic description
     - analysis not yet complete
  • arrow_drop_downarrow_drop_upTemperature calculation
    Max tempMin tempPrecipitation
    Annualised average (1907)--- °C--- °C--- mm
    Collection month (6/1907)--- °C--- °C--- mm
    Max month (1907)--- °C--- °C--- mm

Image gallery

Detailed statistics

Spore measurementsCollection value
Count None
Average length None
Average width None
Standard deviation of length None
Standard deviation of width None
Median length None
Median width None
Minimum length None
Minimum width None
Low length None
Low width None
High length None
High width None
Max length None
Max width None
Spore featureValue
Ornamentation
Perispore loosening
Dextrinoidity