Similar Items: Integrating Remote Sensing and Machine Learning to Project Global Habitat Suitability and Productivity of Chinese Fir Under Climate Change
- Potential Changes in Suitable Habitats of Prunus laurocerasus in Türkiye under the Impacts of Global Climate Change
- Habitat suitability dynamics of the Ethiopian endemic multipurpose subspecies under current and future climate change scenarios
- An integrated remote sensing-machine learning framework for assessing plant air pollution tolerance using satellite-derived air quality and reanalysis meteorological data
- Emerging environmental challenges and global collaborations under climate change
- Correction: Water resources projection using CMIP6 global climate models and water balance uncertainty
- Linking land development to ecological and atmospheric change: remote sensing insights from Egypt’s new delta