The assessment of Kunovat sanctuary natural complexes in the area of the Siberian white crane (Leucogeranus leucogeranus) reintroduction

Alyona Yurievna Levykh, Dmitry Olegovich Zamyatin, E. Morgun
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Abstract

The paper deals with the research of soils, vegetation, bird and mammal population composition and structure in the vicinity of the white crane field research station in the Kunovat sanctuary (Kunovat Zakaznik), northern taiga subzone, Shuryshkarsky District, Yamalo-Nenets Autonomous Okrug, Russia. The aim of this investigation is to assess the present state of natural complexes in the area of the critically endangered Leucogeranus leucogeranus Ob population reintroduction. It has been established that various components of the natural complexes under study are generally consistent with the zone-and-province landscape, climate and biotope peculiarities of the area, which is a sign of their good health and relative stability. At the same time, in small mammal communities (an indicator group) the resistant sustainability index has been higher than the resilient sustainability index for two years in a row, which is characteristic of disturbed habitats or of early ecological succession stages. Such imbalance may be accounted for by local wild fires and floods in the natural complex under study. Botaurus stellaris nests have been registered in different parts of the quaking (white crane) bog, whose breeding grounds used to lie further to the south. This is evidence that the species range moves to the high latitudes and that the global climate change influences the natural complexes in the historic breeding area of the West-Siberian white crane population.
西伯利亚白鹤(Leucogeranus Leucogeranus)重新引入地区库诺瓦特保护区自然复合体的评价
本文对俄罗斯亚马洛-涅涅茨自治区Shuryshkarsky地区北部针叶林亚区Kunovat保护区(Kunovat Zakaznik)白鹤野外研究站附近的土壤、植被、鸟类和哺乳动物种群组成和结构进行了研究。本调查的目的是评估该地区极危白毛菊种群重新引入的自然复合体的现状。研究表明,所研究的自然复合体的各个组成部分与该地区和省份的景观、气候和生物群落特征基本一致,这表明它们具有良好的健康状况和相对稳定性。同时,在小型哺乳动物群落(指标组)中,抗性可持续性指数连续两年高于弹性可持续性指数,表现出生境受干扰或处于早期生态演替阶段的特征。这种不平衡可能是由所研究的自然复合体中的局部野火和洪水造成的。白鹤的繁殖地曾经在更靠南的地方,而在不同的地方已经发现了白鹤的巢穴。这是物种范围向高纬度移动的证据,也是全球气候变化影响西伯利亚西部白鹤种群历史繁殖区自然复合体的证据。
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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