Javascript is not activated in your browser. This website needs javascript activated to work properly.
You are here


Cost-effective support to organic farming to sustain biodiversity and ecosystem services
Organic farming is known to positively influence local biodiversity due to the absence of chemical pesticides and mineral fertilizers. However, the extent to which the conversion to organic farming could actually sustain biodiversity on the long term and at large spatial scales is still unknown. The main objective of the COST project is to find cost-effective allocations of organic farming in the landscapes to maximize biodiversity conservation and ecosystem services.

The overall aim of the COST project is to explore the cost-effectiveness of two agri-environment schemes (AES) in preserving biodiversity, that rely on two different strategies to conserve biodiversity in agricultural landscapes. The first AES is organic farming, which bans the use of chemical pesticides and mineral fertilizers and thus can enhance biodiversity in the farmed area (land sharing: integration of biodiversity conservation objectives in the productive areas). The other AES is the maintenance of semi-natural permanent grasslands, which create biodiversity-rich areas in the crop mosaic (land sparing: segregation of biodiversity conservation from the productive areas). We will explore which strategy is the best for biodiversity conservation at the landscape scale and the type of species that benefit from such schemes (agricultural-bound species or rare endangered ones).

Another objective of this project is to explore the trade-offs between biodiversity conservation and agricultural production depending on the uptake of these two AES. For example, in case of synergy between biodiversity conservation and agricultural production (via a positive effect on wild organisms that provide yield-enhancing ecosystem services), taking land out of production (land sparing) or decreasing agricultural input (land sharing) might not necessarily decrease agricultural production in the landscapes due to a positive effect of biodiversity on crop yields.


Project leader

Professor Henrik Smith
Phone: +46 (0)46 222 93 79
henrik [dot] smith [at] biol [dot] lu [dot] se

Participating researchers

Johan Ekroos
Henrik Smith
Mark Brady
William Sidemo Holm
Romain Carrié


Funded by


Centre for Environmental and Climate Research, CEC

Sölvegatan 37
223 62 Lund, Sweden

Visiting address
The Ecology building, Sölvegatan 37, Lund