• PROGRAM

    Sustainable plant protection

  • PROGRAM

    Sustainable plant protection

  • PROGRAM

    Sustainable plant protection

  • PROGRAM

    Sustainable plant protection

  • PROGRAM

    Sustainable plant protection

The goal of our program is to make agriculture sustainable by implementing new production technologies that reduce the impact of agricultural activities on the environment and maintain farm productivity.

Biodiversity has great potential to maintain the life and balance of agricultural ecosystems. Apart from improving pollination, species diversity makes an agroecosystem more resilient to new, and in some cases invasive, emerging pests and diseases. Therefore, we want to promote natural control as a strategy to fight pests, favoring those species that we identify as allies in each crop. In addition, an ecosystem rich in species is better able to overcome adverse changes due to climate change.

We also work to improve crop health by managing soil fertility and microbiological biodiversity.

Ultimately, our program works to develop strategies to further reduce agriculture’s dependence on pesticides, water and fertilizers, and to promote the exploitation of local biological resources, understood as functional biodiversity, and its role as an ecosystem service.

  • Applied entomology

    Principal Investigators: Judit Arnó / Dolors Bosch

    We study several groups of insects related to the study of biodiversity, insects that act as vectors of diseases, emerging agricultural pests and what effect climate change has had on the distribution and behavior of these insects.

  • Plant pathology

    Responsible: Jordi Cabrefiga

    We carry out the diagnosis and control of diseases that affect various crops, mainly caused by fungi and bacteria. In this line we also work on the pathological part of diseases transmitted by insects and how they are aggravated by the effect of climate change.

  • Soil health

    Responsible: Xavier Parladé

    We study the ecosystemic functions of soil according to its environment and the interactions of its components such as microbiota, plants and animals. We also work with arbuscular mycorrhizae and with the mass production of inoculums for the biofertilizer industry. Moreover, in relation to the production of high quality protein, we work with saprophytic edible mushrooms.

Research staff

Research staff in training

Technical staff

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