Titlebook: Sika Deer: Life History Plasticity and Management; Koichi Kaji,Hiroyuki Uno,Hayato Iijima Book 2022 The Editor(s) (if applicable) and The

弄混

书目名称Sika Deer: Life History Plasticity and Management影响因子(影响力)




书目名称Sika Deer: Life History Plasticity and Management影响因子(影响力)学科排名




书目名称Sika Deer: Life History Plasticity and Management网络公开度




书目名称Sika Deer: Life History Plasticity and Management网络公开度学科排名




书目名称Sika Deer: Life History Plasticity and Management被引频次




书目名称Sika Deer: Life History Plasticity and Management被引频次学科排名




书目名称Sika Deer: Life History Plasticity and Management年度引用




书目名称Sika Deer: Life History Plasticity and Management年度引用学科排名




书目名称Sika Deer: Life History Plasticity and Management读者反馈




书目名称Sika Deer: Life History Plasticity and Management读者反馈学科排名

某人

Estimation of Sika Deer Abundance by Harvest-Based Model and the Characteristics of Their Populationcreased the precision of parameter estimation. When HBM was applied to real data, sika deer abundance at 25.3 km. cells (5.5 km × 4.6 km) could be estimated without any informative prior distribution, and the median of intrinsic population growth rate was 0.146. In conclusion, HBM is a useful model

Exclude

摇曳

Ecological and Evolutionary Response of Sika Deer Morphology to Varying Habitat Environments: From Bs was found between northern and southern genetic lineages, tracing the evolutionary trends found in interspecific comparisons of grazing and browsing ruminants. This morphological change, especially inclement of molar height (hypsodonty), was related to consumption of graminoids (i.e., dwarf bamboo

acclimate

Reproductive Variation of Sika Deerin young or nutrition-poor females in harsh winters because they are more susceptible to environmental stress. Eighty percent of pregnant females have plural corpora lutea in the ovaries, which is formed at ovulation after conception. The plural corpora lutea are part of a physiological mechanism th

不满分子

Movement Patterns of Sika Deer in Hokkaido Regionwhere deer does not migrate seasonally, the deer population should be controlled at that location to prevent serious damage on local biodiversity. The results of the GPS collar survey give a significant suggestion to deer management in the Hokkaido area.

和音

Movement Patterns of Sika Deer in the Mountainous Regions of Central Honshuhigh-altitude area to a lower-altitude area and were considered to migrate to avoid deep snow during the winter. In the Kirigamine Highland, deer stayed in the grasslands until snowfall had covered the vegetation. Seven migrants in the Southern Japan Alps inhabited the alpine zone during the summer

修正案

Movement Characteristics and Habitat Use of Sika Deer in Kanto Region, Central Japan to that they intend to intake energy efficiently by taking time along migration route in accordance with phenology. The overlap rate between wildlife protection area (where sports hunting is prohibited even in hunting season in winter) and the home range of migratory deer was higher in winter than

共和国

Movement Patterns and Activity Range Characteristics of Sika Deer in the Tanzawa Mountains, Central 0.657 km., and most migrants showed a summer-low-winter-high type in elevation. The winter range of migrant males was smaller than that in summer resulting from narrow forage distribution and sever topography limiting the activity ranges. The concentrative migration from hunting to protected areas a

Anonymous