Abstract

The expansion of energy crops such as miscanthus Miscanthus x giganteus has changed the habitat of European farmland birds. However, most studies on the subject are based in Western Europe. We surveyed the avian community in a sample bioenergy landscape in Poland to investigate the pattern of use of the crop by birds in Central Europe. During a year-long survey, 80 species were noted, with 32 sighted in miscanthus. The number of bird sightings was negatively correlated with the area covered by miscanthus in study plots. In contrast to results from Western Europe, most woodland-generalist bird species tended to avoid miscanthus. Farmland species (e.g. the corn bunting Miliaria calandra; the tree sparrow Passer montanus; the starling Sturnus vulgaris; the yellowhammer Emberiza citrinella) were less frequently sighted in the crop than in other habitats. Only a few species were sighted more often in miscanthus than in other habitats, e.g. the marsh warbler Acrocephalus palustris; the reed bunting Emberiza schoeniclus; the whinchat Saxicola rubetra. The potential impact of expanded miscanthus cropping on bird communities in Central and Eastern Europe may diverge from predictions derived from studies based in Western Europe due to differing habitat preferences and bird densities between the regions. For a majority of farmland species, the crop may constitute only a suboptimal, supplementary habitat, with only a few birds potentially adapting to the exploitation of bioenergy plantations.

Highlights

  • Lignocellulosic bioenergy plants, or second-generation energy crops, are considered to have the potential to shape the future of both agricultural and sustainable energy systems (Kumar et al 2016)

  • Lignocellulosic plants cultivated in temperate zones of the northern hemisphere include miscanthus Miscanthus x giganteus, short-rotation willow coppice Salix viminalis, reed canary grass Phalaris arundinacea, switchgrass Panicum virgatum, and several other species (Lewandowski et al 2003; Rowe et al 2009)

  • Existing research is geographically biased in favour of Western Europe, whereas considerable potential for the development of some lignocellulosic plants exists in Central and Eastern Europe

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Summary

Introduction

Lignocellulosic bioenergy plants, or second-generation energy crops, are considered to have the potential to shape the future of both agricultural and sustainable energy systems (Kumar et al 2016). Lignocellulosic plants cultivated in temperate zones of the northern hemisphere include miscanthus Miscanthus x giganteus, short-rotation willow coppice Salix viminalis, reed canary grass Phalaris arundinacea, switchgrass Panicum virgatum, and several other species (Lewandowski et al 2003; Rowe et al 2009). The expansion of lignocellulosic energy crops is typically taken into consideration when modelling the future of European farmland bird communities The body of basic observational research on the use of bioenergy fields by birds remains limited. Existing research is geographically biased in favour of Western Europe, whereas considerable potential for the development of some lignocellulosic plants exists in Central and Eastern Europe

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