澳大利亚研究机构正在将卫星、无人机和人工智能等现代技术与源自数千年的原住民生态知识相结合，以增强野火预测和防控能力。1由Marta Yebra教授领导的灌木火灾研究卓越中心通过整合卫星数据与原住民对当地环境的深入理解，开发出更有效的火灾检测和管理方法。1该中心的建立是在Black Summer大火（2019-20年）造成相当于英国大小的区域被摧毁后的举措。1
原住民传承的文化焚烧实践已被证实为有效的火灾防控手段。1这些实践可追溯至6万年前，通过点燃小规模"冷火"来防止可燃物堆积，从而降低大规模野火的风险。1现场验证工作显示这一传统方法与现代卫星数据高度吻合——Adrian Webster通过挖掘地下和观察植物颜色、气味等特征来验证卫星数据，两者显示"显著一致"。1
澳大利亚的野火防控经验正被推向国际舞台。1澳大利亚消防员已在加拿大和法国等地分享专业知识，法国最近提出首次正式请求，要求澳大利亚派出两打消防队和多架飞机参与火灾防控。1气象部门预测本夏将出现"超级厄尔尼诺"现象，可能导致极端高温、干旱和野火加剧。1
Australia is combining cutting-edge technology with thousands of years of Indigenous ecological expertise to enhance wildfire prediction and management. Led by Professor Marta Yebra, the Centre of Excellence for Bushfire Research integrates satellite data with deep Indigenous understanding of local environments to develop more effective fire detection and control methods.1
The initiative gained urgency following the Black Summer fires of 2019–2020, which devastated an area equivalent in size to the United Kingdom.1 Researchers like Adrian Webster verify satellite data by excavating underground and observing plant characteristics including color and scent, finding "significant agreement" between ground observations and satellite readings.1 Australia's cultural burning practices, tracing back 60,000 years, involve lighting small-scale "cool fires" to prevent fuel accumulation and have become models for wildfire management globally.1
The knowledge exchange extends internationally, with Australian firefighters sharing experience in countries including Canada and France.1 France has recently made its first formal request for Australian assistance, asking for two dozen firefighters and multiple aircraft to support its fire response efforts.1 Weather forecasters predict a "super El Niño" phenomenon this summer that could bring extreme heat, drought conditions, and increased wildfire risk, underscoring the potential importance of combining modern technology with Indigenous practices for fire management across multiple regions.1
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