Web Ecology (WE) is an open-access journal issued by the European Ecological Federation (EEF) representing the ecological societies within Europe and associated members. Its special value is to serve as a publication forum for national ecological societies that do not maintain their own society journal. Web Ecology also offers the opportunity to publish special issues resulting from conferences or symposiums from ecological societies. Web Ecology publishes papers from all fields of ecology without any geographic restriction. It is a forum to communicate results of experimental, theoretical, and descriptive studies of general interest to an international audience. Original contributions, short communications, and reviews on ecological research on all kinds of organisms and ecosystems are welcome as well as papers that express emerging ideas and concepts with a sound scientific background.
The identification of potential zones for offshore wind farm development is a delicate and multifaceted procedure. For this aim, a holistic approach has been adopted integrating technical and environmental criteria related to the offshore wind energy exploitation. The integration is made feasible through the Smart Wind Chart that aims to maintain and secure the sustainable blue growth in the Mediterranean Sea through the support of offshore wind energy projects and marine habitat conservation.
T. Soukissian, S. Reizopoulou, P. Drakopoulou, P. Axaopoulos, F. Karathanasi, S. Fraschetti, L. Bray, F. Foglini, A. Papadopoulos, F. De Leo, C. Kyriakidou, E. Voukouvalas, E. Papathanassiou, and F. Boero
I use primary empirical data obtained through interviews in case studies around England to explore the neoliberal character of biodiversity offsetting, its interrelationship with governance rescaling, and the way the latter influences the distribution of offsetting’s costs and benefits. My results show that biodiversity offsetting in England has been a reactionary neoliberal policy characterized by important deficits from an environmental and socio-spatial justice perspective.
Tropical forests are faced with a loss of forest cover with effects on ecosystem processes. We quantified decomposition within forest fragments and sites affected by increasing levels of agricultural land-use intensity. Mass loss increased with the area of forest fragments and decreased with land-use intensification. Fragmentation has negative effects on litter decomposition. However, the magnitude of this negative effect was not as large as expected.
G. H. Kagezi, M. Kaib, P. Nyeko, C. Bakuneeta, M. Schädler, J. Stadler, and R. Brandl
Lophodermium needle cast is a common disease in the genus Pinus. Our analyses relating needle cast to climate in central Siberia showed that the disease depended most on precipitation and summer temperatures were important to trigger the disease in wetter years. In a warming climate needle cast outbreaks would have damaged the largest forest areas by 2020. In 2080 the outbreak progression would slow down because the Scots pine (the host tree) shift would be halted by the slow permafrost retreat.
N. M. Tchebakova, N. A. Kuzmina, E. I. Parfenova, V. A. Senashova, and S. R. Kuzmin
The transition from a mobile hunter-gatherer lifestyle to one of settled agriculture is arguably the most fundamental change in the development of human society (Lev-Yadun et al., 2000). The establishment of agricultural economies, emerging initially in the Fertile Crescent of the Near East (Nesbitt, 2002), required the domestication of crops; ancient plant remains recovered from early farming sites provide direct evidence for this process of domestication.
V. Bonhomme, E. E. Forster, M. P. Wallace, E. C. Stillman, M. Charles, and G. Jones