大熊猫国家公园生境研究

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作　者：	陈文德著
出版社：	四川大学出版社
丛编项：
标　签：	暂缺

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ISBN：	9787561489383	出版时间：	2021-03-01	包装：	平装
开本：	16开	页数：	221	字数：

内容简介

　　目前国内外关于大熊猫国家公园研究主要集中于对栖息地的选择与利用、生境质量评价、人类活动对大熊猫及其栖息地的影响等方面。但现在关于大熊猫国家公园研究局限于生境适应性评价，很难落实到栖息地保护管理工作中。本书结合层次分析法、“3S”技术、生态位模型等方法，对大熊猫国家公园进行生境分析，进一步实现地域分区和功能分区，对大熊猫国家公园岷山片区进行栖息地适应性评价与预测未来适应栖息地。对大熊猫国家公园岷山片区生境基于恢复力理论、利益相关者理论和可持续发展理论等基本原理与方法，摸清大熊猫生境选择特性、景观格局特征以及与生境结构之间的关系，提出生境保护决策，以及制定保护管理对策提供理论参考。

作者简介

　　陈文德，Chen，male，from Tongjiang town of Sichuan province， the Chinese communist member of theCommunist Party） of China（CPC）， Dr （back）， associateprofessor， master tutor， the landscape architecturedepartment， Sichuan University logistics expert databasethe first group of experts （landscape）， the committeemember， secretary general of the agricultural geology ofSichuan province branch， ecological society member， themember of the remote sensing geology of Sichuanprovince branch of Sichuan province， Sichuan provinceforestry association， member of the national naturalscience foundation peer reviewed， Global EnvironmentFund （GEF） project experts. 1995.09：1999.07， SichuanAgricultural University， Bachelor's degree in Agriculture;2000.09：2003.07， Sichuan Agricultural University，Master of Agronomy; 2003.09—2008.01， obtained thedoctor's degree of Agronomy from Sichuan AgriculturalUniversity; 2009.08-2012.12，postdoctoral researchstation of Chengdu University of Technology engaged inscientific research.At present，he is mainly engaged inteaching and scientific research in ecological restorationand landscape planning.

图书目录

Chapter 1 Development History and Literature Review of Giant Panda National Park
1.1 A Brief History of Giant Panda National Park Research
1.2 Research Progress at Home and Abroad in Giant Panda National Park
Chapter 2 Natural Survey and Research Process of Minshan Mountain Area
2.1 Resource Profile of Minshan Mountain Area
2.2 Data Processing and Drawing Editing
2.3 Steps to Establish the Niche Model
Chapter 3 Habitat Land Use and Vegetation Cover Changes
3.1 Classification of Remote Sensing Images
3.2 Maximum Likelihood Classification
3.3 Remote Sensing Image Classification
3.4 Classification Information Statistics
3.5 Extraction of Vegetation Coverage
Chapter 4 Habitat Quality Evaluation System for Giant Pandas
4.1 Introduction to Index and Index System Theory
4.2 Evaluation Index System and Index Selection
4.3 Evaluation System Construction Steps and Methods
4.4 Habitat Quality Evaluation Index System
4.5 Quality Evaluation of Giant Panda Habitat
Chapter 5 Suitability Division of Giant Panda National Park
5.1 Run the Maximum Entropy Model (MAXENT)
5.2 MAXENT Predictive Result Detection
5.3 Analysis of the Importance of Environmental Factors
5.4 Classification of Suitable Habitats for Giant Pandas
5.5 Influence of Environmental Factors on Fitness
Chapter 6 Suitability Division of Minshan Mountain area in Giant Panda National Park
6.1 Processing of Distribution Point
6.2 Processing of Climatic Variables
6.3 Evaluation of Suitability of Prediction Model
6.4 Suitability Analysis to Predicting Habitat of Giant Pandas
Chapter 7 Countermeasures and Suggestions of Giant Panda National Park
7.2 Defects in Panda Habitat Management
7.3 Giant Panda Habitat Management Strategies
7.4 Giant Panda Habitat Management Planning
Reference