Agriculture & Land Management

Our Work

A solid evidence base on the impacts of different policy measures on the environment is essential to underpin arguments for further integration of environmental concerns into agricultural and other land management policies. To contribute to the development of this evidence base, IEEP is experienced in carrying out technical evaluations of a range of policy measures.

We have undertaken evaluations (both ex ante and ex post) of the environmental impacts of a range of policy measures under both Pillar 1 and Pillar 2 of the CAP for DG Agriculture and Rural Development, DG Climate Action and DG Environment.  These include evaluations of cross-compliance, support for the livestock sector, less favoured areas support, differing levels of modulation, as well as the new CAP greening measures. We have also led assessments for national public bodies and NGOs.

Latest in Policy Evaluation

  • Are Ecological Focus Areas delivering for biodiversity?

    Ecological Focus Areas are intended to safeguard and improve biodiversity on arable farms in the EU. What evidence is there that they are actually delivering biodiversity on farmland?

  • Ecological Focus Areas – what are their impacts on biodiversity?

    Ecological Focus Areas are intended to safeguard and improve biodiversity on arable farms in the EU. This IEEP study for EEB and BirdLife examined the evidence for potential biodiversity impacts on farmland, taking into account how the areas are being managed.

  • Understanding the consequences of changing biomass demand for energy

    Understanding the consequences of increased biomass demand for energy on the environment is central to the development of future policy on renewable energy in Europe. This study seeks to help answer this need by modelling different levels of biomass demand for energy and the consequences for land use and forest based industries.

  • CAP greening: what are its environmental prospects?

    A significant injection of money was agreed for ‘green’ farming practices under the recent CAP reform. This report examines the environmental impact these measures are likely to have on the ground and concludes that Member States’ implementation choices appear to have much diminished the chances of the greening measures delivering significant additional environmental benefits.

  • High Nature Value farming throughout EU-27 and its financial support under the CAP

    This study reviews Member States’ estimates of the extent of HNV farmland and use of RDP measures and the CMEF indicators, then identifies future priorities for CAP support for HNV farming and discusses the support opportunities under the reformed CAP. It offers detailed new evidence about the combined effect of Pillar 1 and Pillar 2 CAP payments on the economic and environmental viability of a typical HNV farming system in three Member States.

  • New report: High Nature Value Farming in the EU

    Member States need to make the most of the opportunities under the new Common Agricultural Policy if the declines in HNV farming, critical for meeting our 2020 biodiversity targets, are to be halted.

  • Biodiversity proofing of the EU budget

    This study shows how more can be done to firstly avoid and minimize detrimental impacts of EU funding on biodiversity, and secondly to increase biodiversity benefits.

  • Addressing the EU’s biodiversity goals through the CAP

    What is the relationship between the management of agricultural land and biodiversity? To what extent are the EU’s biodiversity goals addressed through the CAP?

  • Delivering Environmental Benefits through Ecological Focus Areas

    IEEP workshop on 6 March brought together a range of stakeholders to discuss possible environmental benefits through Ecological Focus Areas.

Highlights

  • Understanding the consequences of changing biomass demand for energy

    Understanding the consequences of increased biomass demand for energy on the environment is central to the development of future policy on renewable energy in Europe. This study seeks to help answer this need by modelling different levels of biomass demand for energy and the consequences for land use and forest based industries.