Odds ratios of climate, socio-economic and tidal variables associated with Barmah Forest virus disease outbreaks in the entire coastal region in Queensland

This dataset comes from a study which sought to forecast the future risk of Barmah Forest virus disease (BFV) under climate change scenarios. The study was conducted in Queensland, Australia, an area covering 1,727,200 km2
(22·5% of the country) with 7,400 km of continental coastline and 9,800
km including islands. The estimated population was 4,580,725 on 30
June, 2011 for Queensland, Australia. To complete the forecast several existing datasets were drawn upon: data on notified BFV cases covering the period 2000–2008 were obtained
from Queensland Health. Gridded (5 km×5 km) climate data with complete
records of annual average maximum and minimum temperature and rainfall
were provided by Australian Bureau of Meteorology for the same period. Data on socio-economic indicator (i.e., SEIFA index) and tides were obtained from Australian Bureau of Statistics and Queensland Transport, respectively.This data was used to model the current geographical distribution of BFV disease transmission across Queensland coastal regions and to project the potential changes in the risk of geographical distribution
of BFV disease transmission for the years 2025, 2050 and 2100 in
Queensland, Australia, using the medium level A1B climate change
scenario.This dataset presents the odds ratios of climate, socio-economic and tidal variables associated with Barmah Forest virus disease outbreaks in the entire coastal region in Queensland.

本数据集源自一项研究，旨在预测在气候变化情景下巴玛森林病毒病（BFV）未来风险。该研究在澳大利亚昆士兰州进行，覆盖面积达1,727,200平方公里（占全国面积的22.5%），拥有大陆海岸线7,400公里，连同岛屿共计9,800公里。截至2011年6月30日，昆士兰州的估计人口为4,580,725人。为完成预测，研究者借鉴了多个现有数据集：包括2000年至2008年期间报告的BFV病例数据，由昆士兰州卫生部门提供；同期完整的网格化（5公里×5公里）气候数据，其中包含年平均最高和最低温度以及降水量，由澳大利亚气象局提供；社会经济指标（即SEIFA指数）和潮汐数据分别由澳大利亚统计局和昆士兰州交通部门提供。这些数据被用于模拟当前BFV疾病在昆士兰州沿海地区的地理分布，并利用中等水平的A1B气候变化情景，预测2025年、2050年和2100年BFV疾病传播地理分布风险的可能变化。本数据集展示了与巴玛森林病毒病爆发相关的气候、社会经济和潮汐变量在整个昆士兰州沿海地区的几率比。