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| Felber, Raphael; Stöckli, Sibylle; Calanca, Pierluigi. |
| Temperature is a main climatic driver of plant phenology and the dominant abiotic factor directly affecting insect pests. Global warming is therefore expected to accelerate the development of plants and insects alike. In the case of multivoltine pest species, it was shown that higher temperatures lead to the appearance of additional generations toward the end of the warm season (Stöckli et al., 2012), which also has implications for pest management. The same effect was shown for the timing of flowering termination of apple trees (Stöckli and Samietz, 2015), the time when a pest can attack a fruit. In practice, however, much would depend on whether plant and pest phenology remain synchronized or not. Focusing on Switzerland, in this contribution we... |
| Tipo: Conference paper, poster, etc. |
Palavras-chave: Food security; Food quality and human health Air and water emissions Fruit and berries Crop health; Quality; Protection. |
| Ano: 2017 |
URL: http://orgprints.org/34551/1/17_EGU_Poster_final.pdf |
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