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Alessio Costa

Alessio Costa
PhD student in the Department of Crop Production Ecology, inquiring the adaptation potential of cropping systems to climate change through varying degrees of cropping practices, such as crop rotations and fertilisation rates, with the ultimate goal of contributing in increasing global food security.

Presentation

I am currently investigating how crop rotation diversity affects staple crop yields over the long-term, and how it regulates the relation between yields and climatic conditions in Europe and North America, using a combination of long term agricultural experiment data and historical climate data.

The aims of my project are 1) to establish how varying degree of crop rotation diversity and fertilisation rates affect staple crop yields and whole rotation macro-nutrient output over the long-term 2) to evaluate whether and how increasing crop rotation diversity can reduce the negative impact of detrimental climatic conditions on staple crop yields, and/or increase positive impacts of favourable climatic conditions 3) to determine whether diversification practices in cropping systems provide parallel economic and ecological benefits that outweighs input-intensive farm specialization economic advantages.

The project is mainly supervised by Giulia Vico, and co-supervised by Riccardo Bommarco and Giuliano Di Baldassarre and is part of a collaboration with Monique Smith in gathering long term agricultural data from various European and North American cropping systems.  

Background

Having completed my bachelor studies in Natural Sciences, part of my background is based on a olistic knowledge of biotic and abiotic earth sciences subjects. I further specialized my background in ecology and nature conservation by obtaining a MSc in Ecology and Conservation in Uppsala University.

Through the study of ecological theories (from general to population and community ecology) and applied ecological methods within conservation biology (from sampling to statistical methods, applied use of stochastic and deterministic models) I have acquired a deeper understanding of the anthropological impact on natural environments and which approaches can be effective in restoring biodiversity and threatened species.


Contact

Doctoral Student at the Department of Crop Production Ecology; Plant Ecology
Postal address:
Inst för växtproduktionsekologi, Box 7043
750 07 UPPSALA
Visiting address: Ulls väg 16, Uppsala