Farmland Biodiversity and the Footprint of Agriculture

Simon J. Butler, Juliet A. Vickery, Ken Norris

Science · 2007 · 443 citations · 16 references

Concepts

TL;DR

Sustainable development requires reconciling biodiversity conservation with increased agricultural production. The study aims to assess the impact of novel farming practices on biodiversity and ecosystem services by using farmland birds as a model system to develop a generic risk assessment framework that predicts species conservation status and population growth rates. The framework predicts species conservation status and population growth rates and is applied to evaluate the biodiversity impact of genetically modified herbicide‑tolerant crops and agri‑environment schemes. The framework demonstrates value by evaluating biodiversity impacts of genetically modified herbicide‑tolerant crops and agri‑environment schemes, and can guide policy and land‑management decisions toward sustainability targets.

Abstract

Sustainable development requires the reconciliation of demands for biodiversity conservation and increased agricultural production. Assessing the impact of novel farming practices on biodiversity and ecosystem services is fundamental to this process. Using farmland birds as a model system, we present a generic risk assessment framework that accurately predicts each species' current conservation status and population growth rate associated with past changes in agriculture. We demonstrate its value by assessing the potential impact on biodiversity of two controversial land uses, genetically modified herbicide-tolerant crops and agri-environment schemes. This framework can be used to guide policy and land management decisions and to assess progress toward sustainability targets.

References

16