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Traditional grazing management creates heterogeneous swards and fosters grasshopper densities

insect Science 2022年第6期29卷 1805-1818页

作者： Cinja Schwarz Thomas Fartmann Department of Biodiversity and Landscape Ecology Faculty of Biology and ChemistryOsnabruck UniversityOsnabruckGermany

Common pastures were once the dominant type of land use in many Euro-pean ***,during the past 150 years,they have declined *** studies have shown that they are hotspots for rare plant,butterfly,and bird species in the study area,the Bavarian pre-Alps(southern Germany).However,studies on the value of these pastures for Orthoptera(hereinafter termed"grasshoppers")have been ***,we studied the effects of traditional summer grazing in common pastures on grasshopper *** study revealed that grasshopper species richness did not differ between common pastures(n=57)and controls(n=57).By contrast,density of all and of threat-ened species varied between common pastures and controls in all plots and within the two vegetation types with the highest grasshopper abundance,grasslands on mineral soil and *** threatened species,Pseudochorthippus montanus and Stethophyma grossum,were identified as indicators for common pastures;controls had no indicative *** low-intensity grazing in common pastures has resulted in open and heteroge-neous swards with some bare ground,a low cover of litter and an intermediate vegetation height favouring high densities of grasshopper species in general and threatened species in *** is especially true for the two most productive vegetation types,grasslands on mineral soil and *** promote biodiversity in general and grasshopper densities in particular,we recommend maintaining traditional cattle grazing(stocking capacities:0.5-2.0 livestock units/ha)in common *** possible,this grazing regime should also be introduced in the surrounding landscape.

关键词： biodiversity conservation common pasture habitat heterogeneity insect abundance land-usechange mire ecosystem

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abundance of insects and aerial insectivorous birds in relation to pesticide and fertilizer use

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Avian Research 2021年第3期12卷 412-420页

作者： Anders Pape Møller Dorota Czeszczewik Einar Flensted-Jensen Johannes Erritzøe Indrikis Krams Karsten Laursen Wei Liang Wiesław Walankiewicz Ecologie Systématique Evolution UniversitéParis-SudCNRSAgroParisTechUniversitéParis-Saclay91405 Orsay CedexFrance Ministry of Education Key Laboratory for Biodiversity Science and Ecological Engineering College of Life SciencesBeijing Normal UniversityBeijing 100875China Faculty of Exact and Natural Sciences Institute of Biological SciencesSiedlce University of Natural Sciences and Humanitiesul.B.Prusa 1408-110 SiedlcePoland Cypresvej 1 9700 BrønderslevDenmark House of Bird Research Taps6070 ChristiansfeldDenmark Department of Biotechnology Daugavpils UniversityDaugavpils 5401Latvia Department of Bioscience Aarhus UniversityGrenåvej 148410 RøndeDenmark Ministry of Education Key Laboratory for Ecology of Tropical Islands Key Laboratory of Tropical Animal and Plant Ecology of Hainan ProvinceCollege of Life SciencesHainan Normal UniversityHaikou 571158China

Background:The abundance of insects has decreased considerably during recent decades,resulting in current abundance showing 70-80%reductions in more than 15 studies across temperate climate *** reduc-tions in the abundance of insects are likely to have consequences for other taxa at higher trophic levels such as preda-tors and ***,fertilizers and agricultural land use are likely candidates accounting for such reductions in the abundance of ***:Here we surveyed the abundance of flying insects,and the reduction in the abundance of insects as a consequence of intensive reduction in agricultural practice linked to fertilizer use and pesticide *** we dem-onstrated consistency in abundance of birds among study ***:We demonstrated that the use of fertilizers and pesticides had reduced the abundance of insects,with consequences for the abundance of insectivorous bird species such as Barn Swallows(Hirundo rustica),House Martins(Delichon urbicum)and Swifts(Apus apus).Juvenile Barn Swallows were negatively affected by the reduced abundance of insects and hence the reproductive success of insectivorous bird *** effects imply that the abundance of insects could be reduced by the availability of insect ***:These effects of intensive agriculture on insect food abundance are likely to have negative impacts on populations of insects and their avian *** hypothesis was validated by a reduction in the abundance of insects,linked to an increase in the abundance of fertilizers and a general change in farming practice.

关键词： Aerial insectivores Fecundity of insects insect abundance insectivores,insects

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