褐马鸡

经Poisson函数和χ2检验，发现褐马鸡在越冬期和繁殖期均为聚集分布，但越冬期的聚集程度更为明显。

According to Poisson tests and χ 2 tests , the spatial pattern of brown eared pheasant had a clustered distribution both in winter and in the breeding season , but most obviously in the wintering period .

褐马鸡种群结构的研究

Study of population structure of brown eared pheasant

夏季褐马鸡（Crossoptilonmantchuricum）取食、梳羽等行为的初步观察

Preliminary study on feeding and pluming behaviors of Brown eared-pheasant ( Crossoptilon mantchuricum ) in summer

人工饲养褐马鸡的繁育技术研究

Study on Technology about Breeding Eared Pheasants under Artificial Raised

栖息地特征对褐马鸡种群密度和集群行为的影响

Habitat factors influencing the population density and flock size of brown eared pheasant

山西芦芽山保护区褐马鸡季节性栖息地选择与植被类型关系

Seasonal habitat preference of brown-eared pheasant for forest vegetation types in Luya Mountain Nature Reserve , Shanxi

雌雄褐马鸡在春、夏、秋、冬的静止代谢效率分别为：冬季雄鸟为33.81%；

The values of metabolic efficiency for both sexes are the follows : winter male ( 33.81 % );

褐马鸡血液生理生化指标及雏鸟矿物元素含量测定

Determination of biochemical and physiological indices in blood of Brown-eared pheasants and mineral element concentrations in their nestlings

本文对人工饲养褐马鸡的主要疾病进行了研究。

This paper carried out a preliminary observation on the main diseases of the captive Brown Eared-pheasant at Pangquangou Nature Reserve .

褐马鸡在陕西韩城黄龙山曾一度被认为已“失踪，”1994年再度被“发现”。

Crossoptilon mantchuricum which used to be concerned having missed in Huanglongshan of Hancheng in Shangxi once was discovered again in1994 .

褐马鸡通过降低特定温度、基础代谢率和增加机体隔热能力来适应低温条件；

By dropping its special temperature , RMR and improving its body heat insulation , Crossopiilon mantchuricum is adapted to the low-temperature environment .

其中有国家一级保护动物褐马鸡，二级保护动物金钱豹、黑颧、金雕等。

Among them , the protection of animals at the national level Crossoptilon II protected animals leopard , black malar , such as golden eagles .

食羽症褐马鸡全羽胱氨酸、蛋氨酸、赖氨酸和精氨酸含量显著低于健康褐马鸡。

The contents of cystine , methionine , lysine and arginine of the whole feather in the sick brown eared pheasant were significantly lower than that in the health .

研究结果表明，栖息地结构连接性、微生境结构特征的差异以及人为干扰是褐马鸡种群密度和集群行为差异的主要影响因素。

The results suggest that habitat connection , microhabitat structure and human disturbance are the key factors influencing local population density and flock size of the brown eared pheasant .

从2个研究地微生境结构特征的差异，并结合褐马鸡越冬期栖息地选择来看，树高和高层盖度对褐马鸡在2个栖息地的选择上起重要作用。

The results of one way ANOVA analysis of microhabitat structure , combined with wintering habitat selection factors , indicate that canopy density and height of trees are the main factors influencing habitat selection by brown eared pheasants .