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Bill Davies’ research work has provided a novel view of how above-ground plant parts can “sense” changes in both their atmospheric and edaphic environments. The work has also provided insight into the ways in which different environmental stresses interact in their effects on plant growth and functioning through changes in both chemical and hydraulic regulation. In recent years our discoveries have led to radical changes in irrigation practice and to the introduction of crop management techniques which contribute to sustainable intensification of agriculture in drought-prone environments. The work is helping to deliver sustained levels of food production in dry regions of the world, while also addressing the issue of world-wide conservation of water resources. Particularly strong collaborations in this area have existed (and in most cases continue) with CSIRO Adelaide (Brian Loveys), with Manuela Chaves and Joao Santos-Pereira (UTL Lisbon), with HK Baptist University (Jianhua Zhang), with CAU (Shaozhong Kang and Taishen Du) and with Jianbo Shen and Fusuo Zhang, also at China Agricultural University.
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Vít Gloser,Halyna Korovetska, Ana Isabel Martín-Vertedor,Martina Hájíčková,Zbyněk Prokop,Sally Wilkinson,William Davies
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