Data consolidation and sharing
Biodiversity records from many industry sources have been combined into one dataset and shared through Dandjoo, Western Australia’s state biodiversity data platform. Easier access to this information helps researchers, industry and government better understand species and protect underground habitats.
Storing biodiversity records in a publicly accessible database helps us understand where species live. That makes it easier to judge how disturbance affects underground habitat. As part of the Survey review project, historical records from several industry contributors were brought together into one aggregated dataset. These records were previously held in separate places. Combining them makes the information easier to find and more valuable over time. The dataset was then transferred to Dandjoo, the state biodiversity data platform run by the Department of Biodiversity, Conservation and Attractions https://bio.wa.gov.au/dandjoo.
The project created a single dataset that brings together historical biodiversity records collected across Western Australia by multiple industry contributors. This makes previously scattered information far easier to access and use. The dataset now sits on Dandjoo, where researchers, industry, government and the wider community can discover, explore and access biodiversity data. This supports evidence-based environmental management, research and decision-making, and gives the data a lasting home that benefits everyone working to protect the state’s species and habitats.
Outputs from the program.
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01
Leading a strategic approach for subterranean fauna conservation
2022 Download PDF -
02
Survey Review Project Report, Subterranean Fauna Research Program
2021 Download PDF -
03
Research update 2021: Subterranean Fauna Research Program
2021 Download PDF -
04
Subterranean Fauna: A research program for Western Australia
2018 Download PDF
More from this program.
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Program
Subterranean fauna
Addressing critical knowledge gaps in Western Australia’s unique subterranean ecosystems to improve environmental assessment, conservation and sustainable development decisions.
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Project
Assessing stygofaunal resilience
Understanding how stygofauna respond to environmental change is critical to assessing and managing impacts on groundwater ecosystems.
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Project
Taking eDNA underground
Environmental DNA (eDNA) offers a new way to detect and monitor subterranean fauna without relying solely on traditional specimen-based approaches.