Published November 24, 2021 | Version v1
Dataset Open

Dataset from: 'Tropical deforestation accelerates local warming and loss of safe outdoor working hours'

  • 1. Duke University
  • 2. University of Washington
  • 3. The Nature Conservancy

Description

Abstract:

'Climate change has increased heat exposure in many parts of the tropics, negatively impacting outdoor worker productivity and health. Although it is known that tropical deforestation causes local warming, the extent to which this warming affects people across the tropics is unknown. Here, we combine worker health guidelines with satellite, reanalysis, and population data to investigate how increases in local temperatures associated with recent deforestation (2003-2018) affects outdoor working conditions across low-latitude countries, and how future global climate change will magnify heat exposure for people in deforested areas. We find that the local warming associated with just 15 years of deforestation has caused losses in safe thermal working conditions for 2.8 million outdoor workers. We also show recent large-scale forest loss caused particularly large impacts on populations in locations such as the Brazilian states of Mato Grosso and Pará. Future global warming and additional forest loss will magnify these impacts.'

Notes

All data are in netcdf format. Note that the Hansen et al. tree cover, loss, and gain data latitude dimension is flipped relative to the remainder of the datasets. Associated scripts to load and plot data at: github.com/LukeAParsons/deforestation_heatexposure

Files

Files (8.9 GB)

Name Size Download all
md5:a8b16d7e701b92c30a8ce368f7f73904
276.6 MB Download
md5:968eb13c347eabc6bc8096eee3073954
276.6 MB Download
md5:433439b00d0a4db4f6b694f423c1ead3
276.6 MB Download
md5:5f986b8bdb4284ca30540204ef989ce1
276.6 MB Download
md5:a779effd3a85119084c707352c27fb79
276.6 MB Download
md5:33aa6ee7e848b95f33314e246948c2fa
276.6 MB Download
md5:b22de803b565c81324b1e1ff78a99428
297.4 MB Download
md5:5df82e42f61bcbd1572f8f484421e896
311.2 MB Download
md5:96b88f2f84a51dcfa27cd2717ae001cc
297.4 MB Download
md5:b72af1977e6fadfa995c04879a29006b
297.4 MB Download
md5:c3ae4dc3f011688c993825f5506b76d4
297.4 MB Download
md5:bde1ac2bd90bd0596079ea1a5847019c
297.4 MB Download
md5:8959c5c7ae8d44a9c4347fc4ec68931c
311.2 MB Download
md5:49f956c6fa7d77fc1fffe0aacab3c8e9
414.9 MB Download
md5:cb48148187ba18b796423f9099b33b9b
103.9 MB Download
md5:ad9aea424312bfeb653d31cc106a29ba
414.9 MB Download
md5:9d949588d3adbd7d2fdb91b05453dfe5
414.9 MB Download
md5:173be8cb20b141817dfe6533c0690179
414.9 MB Download
md5:c37e6967ad229fbdfffd02b1944eae9c
414.9 MB Download
md5:7019e278c774c188d81c5dcd9c233122
276.6 MB Download
md5:b8fe0cc0e0ff69850fca8d60c06954c6
276.6 MB Download
md5:cff323390eb1cf9f30e7db8c9f10d633
297.4 MB Download
md5:1a8559a345e4f07afc621434abcf159b
297.4 MB Download
md5:b16525c4c3541d885f22d791bfe15ab5
414.9 MB Download
md5:f27b59d020cb2f62848f393275f39a5b
414.9 MB Download
md5:f8464333a60cf6abe7b2041c5547c874
276.6 MB Download
md5:e15793f9678eac59009778af4cbc502e
297.4 MB Download
md5:8b7361d2b4ded1703939c045e1276b20
414.9 MB Download

Additional details

References