Data representing climate-induced changes in the spatial distribution of key bee forage species for southwest Western Australia

Vidushi Patel; Bryan Boruff; Eloise Biggs; Natasha Pauli

doi:10.1016/j.dib.2022.108783

Data representing climate-induced changes in the spatial distribution of key bee forage species for southwest Western Australia

Vidushi Patel, Bryan Boruff, Eloise Biggs, Natasha Pauli

Research output: Contribution to journal › Data article › peer-review

1 Citation (Scopus)

Abstract

The dataset includes (i) species occurrence points, and (ii) Species Distribution Model (SDM) outputs under current conditions and a moderate emission (RCP 6.0) climate scenario, for 30 key bee forage species in southwest Western Australia (WA). Occurrence data were obtained from open data sources and through stakeholder engagement processes. SDM outputs were predicted using the Maxent algorithm with the change in species range analysed using QGIS software. The model outputs provide insight into the potential implications of climate change on important bee forage species in southwest WA, including dominant melliferous tree and shrub species. Changes in these species are likely to have repercussions to the ecological and social systems where a facilitatory relationship exists. This dataset is important for informing conservation efforts within the southwest Australian biodiversity hotspot.

Original language	English
Article number	108783
Journal	Data in Brief
Volume	46
DOIs	https://doi.org/10.1016/j.dib.2022.108783
Publication status	Published - Feb 2023

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10.1016/j.dib.2022.108783Licence: CC BY-NC-ND

Climate induced change in spatial distribution of bee forage species in Southwest Western Australia
Patel, V. (Creator), Boruff, B. (Contributor), Biggs, E. (Contributor) & Pauli, N. (Contributor), Mendeley Data, 4 Nov 2022
DOI: 10.17632/9vnztvcrcp.3, https://data.mendeley.com/datasets/9vnztvcrcp
Dataset

1 Finished

Project 1 - Development of spatiotemporal database and enhanced floristic vegetation mapping; Project 2 (PHD1) - Understanding the environmental drivers of flora and honey bee product production: development of Remote Sensing approaches for predicting flowering events; Project 2 (PHD2) - Geospatial assessment of impacts of climate change on Bee Industry and associated ecosystem services in Western Australia using multi-agent modelling of socio-ecological systems: a case study of hive migration patterns; Project 3 (PHD3) - What's all the buzz? Managing competing interests in developing WA's beekeeping industry
Boruff, B. (Investigator 01), Callow, N. (Investigator 02), Mouat, C. (Investigator 03), Pauli, N. (Investigator 04), Biggs, E. (Investigator 05) & Setterfield, S. (Investigator 06)
Cooperative Research Centre for Honey Bee Products
1/07/17 → 30/06/22
Project: Research

1 Citations
1 Doctoral Thesis

The impacts of climate change on structurally interconnected social-ecological systems: using integrated spatial modelling to assess beehive migration patterns in Western Australia
Patel, V., 2023, (Unpublished)
Research output: Thesis › Doctoral Thesis

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title = "Data representing climate-induced changes in the spatial distribution of key bee forage species for southwest Western Australia",

abstract = "The dataset includes (i) species occurrence points, and (ii) Species Distribution Model (SDM) outputs under current conditions and a moderate emission (RCP 6.0) climate scenario, for 30 key bee forage species in southwest Western Australia (WA). Occurrence data were obtained from open data sources and through stakeholder engagement processes. SDM outputs were predicted using the Maxent algorithm with the change in species range analysed using QGIS software. The model outputs provide insight into the potential implications of climate change on important bee forage species in southwest WA, including dominant melliferous tree and shrub species. Changes in these species are likely to have repercussions to the ecological and social systems where a facilitatory relationship exists. This dataset is important for informing conservation efforts within the southwest Australian biodiversity hotspot.",

author = "Vidushi Patel and Bryan Boruff and Eloise Biggs and Natasha Pauli",

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doi = "10.1016/j.dib.2022.108783",

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volume = "46",

journal = "Data in Brief",

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AU - Biggs, Eloise

AU - Pauli, Natasha

PY - 2023/2

Y1 - 2023/2

N2 - The dataset includes (i) species occurrence points, and (ii) Species Distribution Model (SDM) outputs under current conditions and a moderate emission (RCP 6.0) climate scenario, for 30 key bee forage species in southwest Western Australia (WA). Occurrence data were obtained from open data sources and through stakeholder engagement processes. SDM outputs were predicted using the Maxent algorithm with the change in species range analysed using QGIS software. The model outputs provide insight into the potential implications of climate change on important bee forage species in southwest WA, including dominant melliferous tree and shrub species. Changes in these species are likely to have repercussions to the ecological and social systems where a facilitatory relationship exists. This dataset is important for informing conservation efforts within the southwest Australian biodiversity hotspot.

AB - The dataset includes (i) species occurrence points, and (ii) Species Distribution Model (SDM) outputs under current conditions and a moderate emission (RCP 6.0) climate scenario, for 30 key bee forage species in southwest Western Australia (WA). Occurrence data were obtained from open data sources and through stakeholder engagement processes. SDM outputs were predicted using the Maxent algorithm with the change in species range analysed using QGIS software. The model outputs provide insight into the potential implications of climate change on important bee forage species in southwest WA, including dominant melliferous tree and shrub species. Changes in these species are likely to have repercussions to the ecological and social systems where a facilitatory relationship exists. This dataset is important for informing conservation efforts within the southwest Australian biodiversity hotspot.

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DO - 10.1016/j.dib.2022.108783

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VL - 46

JO - Data in Brief

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M1 - 108783

ER -

Data representing climate-induced changes in the spatial distribution of key bee forage species for southwest Western Australia

Abstract

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Datasets

Climate induced change in spatial distribution of bee forage species in Southwest Western Australia

Projects

Research output

The impacts of climate change on structurally interconnected social-ecological systems: using integrated spatial modelling to assess beehive migration patterns in Western Australia

Cite this