Fig 5 -

Relationships of wild forest reindeer population (a) and moose abundance (b) to wolf population in eastern Finland from 1996–2017 in models in which another sympatric ungulate was treated as another independent variable.

Bibliographic Details
Main Authors:	Ilpo Kojola (469975), Ville Hallikainen (5150468), Samuli Heikkinen (11886245), Jukka T. Forsman (8660328), Tuomas Kukko (11886248), Jyrki Pusenius (3839944), Paasivaara Antti (11886251)
Format:	Still Image
Language:	unknown
Published:	2021
Subjects:	Ecology Biological Sciences not elsewhere classified year time series canis lupus </ another independent variable alces alces </ 1996 – 2017 generalized linear mixed apparent competition whereby apparent competition hypothesis wild forest reindeer existing prey species alternative prey hypothesis 2 </ sup general linear models primary prey decreases reindeer population size wolf population size moose population size apparent competition population size performed linear primary prey wolf population population dynamics secondary prey reindeer focuses prey community prey biomass xlink "> wolf (< two hypotheses two co summer predation study period show long resulting pseudo reproductive output positively associated negatively associated negatively affects negative predictions mutually exclusive moose populations moose (< last years increased predation heavily managed habitat restoration first years female ratio consecutive winters almost identical Alces alces Canis lupus
Online Access:	https://doi.org/10.1371/journal.pone.0259246.g005

Description
Summary:	Relationships of wild forest reindeer population (a) and moose abundance (b) to wolf population in eastern Finland from 1996–2017 in models in which another sympatric ungulate was treated as another independent variable.