Grazing enhances species diversity in grassland communities

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作者
Muhammad Almaududi Pulungan
Shota Suzuki
Maica Krizna Areja Gavina
Jerrold M. Tubay
Hiromu Ito
Momoka Nii
Genki Ichinose
Takuya Okabe
Atsushi Ishida
Masae Shiyomi
Tatsuya Togashi
Jin Yoshimura
Satoru Morita
机构
[1] Shizuoka University,Graduate School of Science and Technology and Department of Mathematical and Systems Engineering
[2] University of the Philippines Los Baños,Mathematics Division, Institute of Mathematical Sciences and Physics
[3] College,Department of International Health, Institute of Tropical Medicine
[4] Nagasaki University,Department of Environmental Sciences, Zoology
[5] University of Basel,Graduate School of Integrated Science and Technology
[6] Shizuoka University,Center for Ecological Research
[7] Kyoto University,Faculty of Science
[8] Ibaraki University,Department of Environmental and Forest Biology
[9] State University of New York College of Environmental Science and Forestry,Marine Biosystems Research Center
[10] Chiba University,undefined
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摘要
In grassland studies, an intermediate level of grazing often results in the highest species diversity. Although a few hypotheses have been proposed to explain this unimodal response of species diversity to grazing intensity, no convincing explanation has been provided. Here, we build a lattice model of a grassland community comprising multiple species with various levels of grazing. We analyze the relationship between grazing and plant diversity in grasslands under variable intensities of grazing pressure. The highest species diversity is observed at an intermediate grazing intensity. Grazers suppress domination by the most superior species in birth rate, resulting in the coexistence of inferior species. This unimodal grazing effect disappears with the introduction of a small amount of nongrazing natural mortality. Unimodal patterns of species diversity may be limited to the case where grazers are the principal source of natural mortality.
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