An attempt to estimate the habitat capacity of reintroduction sites for the forest reindeer in the Nizhny Novgorod region

Author:

Bakka S V,Kiseleva N Y,Shestakova A A,Shukov P M,Surov S G,Zykov J V

Abstract

Abstract The article is the first attempt to consider the consumption of food supply by the European subspecies of the reindeer (Rangifer tarandus tarandus) during reintroduction in the central part of the Russian Plain on the territory of the Kerzhensky State Reserve in the Nizhny Novgorod Region. On the territory of the adaptation enclosure (122.44 ha), the vegetation was examined in 2015-16 (before the release of deer) and the changes that have occurred over 2 years of keeping animals (2018-20). The enclosure was used by animals for 5776 deer-days, including 3756 summer days and 2020 winter days. It was found that the area of the adaptation enclosure is fully used by the reindeer. Summer food supply have not changed, but a significant degradation of the lichen layer has been revealed. It was shown that the use of lichens by deer for food during the snowless period is minimal. Lichens of the genus Cladonia are the main food for reindeer after the formation of the snow cover. Winter food supply is the limiting factor that determines the habitat capacity. During the 2020 winter reindeer days, 60.02 tons of lichens were used. The daily consumption of lichens by one deer was 29.71 kg. It is shown that the number of deer kept in the adaptation enclosure exceeds the habitat capacity. The possibilities of keeping different numbers of animals with and without winter feeding have been estimated. The area of winter pastures necessary for a reindeer is calculated: 26.94 hectares of natural reindeer lichen communities, or 14.32 hectares in terms of 100% lichen coverage. These data can be used to calculate the potential capacity of reindeer habitats in forest-swamp complexes of the central part of the Russian Plain

Publisher

IOP Publishing

Subject

General Engineering

Reference20 articles.

1. Progress in the implementation of the program to restore the forest reindeer population in the Kerzhensky Reserve in 2014-2018;Surov,2018

2. Impact of reindeer Rangifer tarandus on the soil and plant cover on Bering Island (Commander Islands);Mamaev,2016

3. Growth and distribution of fruticose lichens in the north of the russian far east;Polezhaev;Bulletin of the North-East Scientific Center, Russia Academy of Sciences Far East Branch,2005

4. A technology of on-line resource estimation of reindeer pastures from optical remote sensing data;Elsakov;Current problems in remote sensing of the Earth from space,2014

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