158 | North America and Europe (NAE) Report

lution of two years and a spatial resolution of 1 km. CLUE-s provides a cross-sectoral approach that includes all land use relevant sectors, while the ESIM, CAPRI and LEITAP/IM-AGE models mainly address the land use of agricultural sec­tors. The results indicate that the structural changes, i.e., decline of agricultural contribution to total income and em­ployment, will continue at national level. Regions with high shares of agriculture and industries may be vulnerable to this process with regard to employment and income growth, as the structural change process is often characterized by adjustment processes and related costs. The impacts of each scenario on production, employment, land use, etc. are de­tailed in the Scenar 2020 report.
     EURURALIS mainly sketches different alternative fu­ture directions and their consequences while Scenar 2020 performs a sensitivity analysis with regard to very precise policy modifications. Each has its advantages. SCENAR 2020  identifies  demographic  dynamics  as the  strongest driver, now and probable also for the future rural world. In general, the SCENAR study concludes that the economic importance of agriculture will continue to decline although agriculture will remain a significant land use with an in­creasing role in managing externalities such as landscape and biodiversity. In 2020, there will be fewer farms but they will be more competitive at global scale, and they will enjoy higher average income and higher productivity.
     FFRAF  (Foresight  food,  rural  and  agrifutures)  was launched by the Standing Committee on Agricultural Re-

 

search (SCAR) of the European Commission to identify possible scenarios for European agriculture in a 20-year perspective and priority research needs for the medium and long term. FFRAF shows that the European Union is at the beginning of a major disruption period in terms of interna­tional competitiveness, climate change, energy supply, food security and societal problems of health and unemployment. It points to the need for a new strategic framework for re­search planning and delivery. The framework needs to cater for four broad lines of action and a fifth cross-cutting theme, respectively:   sustainability  challenge,   security  challenge, knowledge challenge, competitiveness challenge and policy and institutional challenge (FFRAF, 2007).
     A number of exercises have also been conducted for the EU's East European countries, such as Czech Republic, Hungary, Poland, etc. For example, the ForeTech project looked at technology and innovation related to agriculture, food and drinks for Bulgaria and Romania. Another study analyzed the potential evolution of agricultural income and the viability of selected farming systems in the Czech Re­public, Hungary, Latvia, Poland and Romania under differ­ent Common Agricultural Policy implementation scenarios (Cristoiu et al., 2006).     
     The UK, Finland, Germany, The Netherlands, Ireland, Norway, Sweden, Romania, France, etc. have all conducted foresight studies on the future of the agricultural sector and/ or the future of science and technology in their countries (Table 5-2).

Box 5-1. EURURALIS. Scenario "Competing claims for scarce resources—EU biofuel policy option" Source: W.A. Rienks.
The results of Eururalis outline what could happen in rural Europe towards 2030, based on conditions that differ in nature, course, duration or place. In Eururalis four contrasting scenarios are eval­uated. The impact on various people, planet and profit indica­tors is calculated. One of the scenarios is the Global Economy scenario. This scenario depicts a world with fewer borders and regulation compared with today. Trade barriers are removed and there is an open flow of capital, people and goods, leading to a rapid economic growth, of which many (but not all) individuals and countries benefit. Within this scenario three alternative policy options for biomass production for biofuels have been elabo­rated (only 1st generation biomass technology being taken into account):

1.   no blending obligation for the EU (No BF)

2.   5.75% blending obligation of biomass in transport fuel within the EU (BF 5.75%)

3.   11 % blending obligation of biomass in transport fuel within the EU(BF 11.5%)

     Results: The figure (see Annex H) shows the impact on ag­ricultural land use (crop area) in EU15 and Brazil in the Global Economy scenario with 3 different policy options regarding the blending of biomass in transport fuel. The graph shows opposite trends for both regions. In the EU15 towards 2030 there is land to spare. Consequently, marginal agricultural regions will face land abandonment. This is driven by higher yields per hectare and low
growth of the EU population and its demand for food. In EU15, the abandonment of extensive agricultural land sometimes leads to loss of high nature value farmlands. In Brazil, on the contrary, growing regional and global population and an increased demand for food crops worldwide drive the increase of agricultural land. This will put extra pressure on nature and forest areas. For both EU15 and Brazil there are clear impacts of the EU biofuels policy. The blending obligation for transport fuel increases the needed crop area in both regions. In South America this is putting an extra pressure (of about 20 million ha) on land used currently as nature or pasture land. In Europe the extra demand for biomass is slowing down the trend of agricultural abandonment but it does not stop it. These results clearly show that EU strategic policy has not only impact on land-use within Europe but also a very signifi­cant impact elsewhere in the world.

References
Wageningen UR and Netherlands Environmental Assessment Agency. 2007. Eururalis 2.0: A scenario study on Europe's rural Areas to sup­port policy discussion. Eururalis 2.0 CDrom. Alterra, Wageningen Univ., Wageningen The Netherlands.

Verburg, P.H., B. Eickhout, H. Van Meijl. 2007. A multi-scale, multi-model approach for analyzing the future dynamics of European land use. An­nals of Regional Science.

Klijn J.A., L.A.E. Vullings, M. Van de Berg, H. Van Meijl, R. Van Lammeren, T. Van Rheenen, et al. 2005. The EURURALIS study: Technical docu­ment. Alterrarapport 1196. Alterra, Wageningen