Relationship Between Spatial Pattern of Farmland Management and Frog Habitats during Non-Irrigation Season

Hideyuki Niwa, M. Saito, Hiroyasu Yamashita, S. Nishi, Keita Sekiyama
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引用次数: 1

Abstract

At 17 sites, the distribution of frogs was investigated by hearing the croaking. The survey was conducted twice in May 21 and June 25, 2018. Changes in farmland management during the non-irrigation season were investigated by visually interpreting ortho mosaic imagery acquired by UAV (Unmanned Aerial Vehicles). Buffers with a radius of 150 m from 17 sites were created. For each category of farmland management, we analyzed the relationship between frog populations and the area of land blocks in the buffer. Farmland management during the non-irrigation season was found to be diverse. The frog population was found to be affected by farmland management during the non-irrigation season. Species more dependent on paddy fi elds were more susceptible, with Pelophylax porosus brevipodus being the most affected. It was suggested that the tillage from December to April had a negative effect on the population of P. porosus brevipodus.
非灌溉季节农田经营空间格局与青蛙生境的关系
在17个地点,通过听到蛙鸣来调查青蛙的分布。该调查于2018年5月21日和6月25日进行了两次。利用无人机(UAV)采集的正射影拼接图像,对非灌溉季节农田管理变化进行了目视解译。从17个地点创建了半径为150米的缓冲区。在不同的农田管理类型下,分析了蛙类种群数量与缓冲区地块面积的关系。非灌溉季节的农田管理是多种多样的。在非灌溉季节,蛙类种群数量受农田管理的影响。对水田依赖程度较高的物种易受影响,其中短茎细叶蕨(Pelophylax porosus brevipodus)受影响最大。结果表明,12月至次年4月的耕作对短茎青豆的种群数量有负影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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