Energyscapes: linking the energy system and ecosystem services in real landscapes

The drive for sustainable energy production is leading to increased deployment of land based renewables. Although there is public support, in principle, for renewable energy at a national level, major resistance to renewable energy technologies often occurs at a local level. Within this context, it can be useful to consider the "energyscape" which we initially define as the complex spatial and temporal combination of the supply, demand and infrastructure for energy within a landscape. By starting with a consideration of the energyscape, we can then consider the positive and negative interactions with other ecosystem services within a particular landscape. This requires a multidisciplinary systems-approach that uses existing knowledge of landscapes, energy options, and the different perspectives of stakeholders. The approach is examined in relation to pilot case-study comprising a 155 km2 catchment in Bedfordshire, England

Species abundance data from Sullivan et al. A national-scale model of linear-features improves predictions of farmland biodiversity

Bird (from the BBS) and butterfly (from the UKBMS) abundance data used in the paper. Bird species names are given as BTO species codes. Sites where no study species were recorded have "NoTargetBirdRecorded" or "NoTargetButterflyRecorded" in the species column, and no value in the count column. NOTE - because this dataset has been processed as described in the paper, we strongly recommend researchers wishing to use BBS and UKBMS data in their own research to obtain data from the BTO (https://www.bto.org/research-data-services/data-services/data-request-system) and the UKBMS (http://www.ukbms.org/Obtaining.aspx) rather than use this file