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Anonymous users2024-02-06The botany major of the School of Biological Sciences of Xiamen University has examined: 619 Ecology and 831 Plant Biology.
The Ecology major in the Faculty of Environment and Ecology has examined: 619 Ecology or 620 Cell Biology or 621 Animal Biology or 622 Microbiology or 625 Introduction to Marine Science 831 Plant Biology or 832 Biochemistry or 840 General Biology.
To sum up, both majors have been admitted or selected for 619 ecology.
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Anonymous users2024-02-05It shouldn't have any impact, and the graduate school entrance examination can be interprofessional.
And the knowledge learned is similar, in fact, in the area of ecology, the best textbooks are "General Ecology", "Basic Ecology", "Ecology and Human Society", and it should be possible to take a look at these.
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Anonymous users2024-02-04It shouldn't have any impact on the multidisciplinary entrance examination. It is reported that almost, in fact, the ecology of this piece, the best material or "ecology" basic ecology and human society", look at it should be possible.
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Anonymous users2024-02-03Students, on the basis of specific exam materials, should consult with the tutor you want to apply to, or at least it should be the school, and not let everyone guess.
It is recommended that you contact the school directly or consult the tutor specifically for this book.
In fact, there should be specific bibliography and publication information, you take a look at it again.
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Anonymous users2024-02-02Chapter 1 Introduction.
Chapter 2 Individual Ecology (Biology and Environment).
Chapter 1 Environmental and Ecological Factors.
Chapter 2 Basic Principles of the Relationship between Organisms and the Environment.
Chapter 3 Biology and Climate.
Chapter 4 Biology and Light.
Chapter 5 Biology and Temperature.
Chapter 6 Organisms and Water.
Chapter 7 Organisms and Soils.
Chapter 8 Biology and Nutrients.
Chapter 9 The Relationship between the Biological Activity Cycle and the Environment.
Chapter 10 The Relationship Between Organisms.
Chapter 3 Population Ecology.
Chapter 1 Introduction to Population Ecology.
Chapter 2 Population Life Tables and Their Analysis.
Chapter 3 Population Growth.
Chapter 4 Meta populations and their models.
Chapter 5 Interrelationships between populations.
Chapter 6 Population genetics and speciation.
Chapter VII Reproductive and Life History Strategies for Populations.
Chapter 8 Population fluctuations and regulation mechanisms.
Chapter 9 Applied Population Ecology.
Chapter 4 Community Ecology.
Chapter 1 Introduction to Community Ecology.
Chapter 2 Community Structure.
Chapter 3 The Ecological Niche of Organisms in Communities.
Chapter 4 Community succession and community cycle change.
Chapter 5 Insular Communities.
Chapter 5 Ecosystems.
Chapter 1 Introduction to Ecosystems.
Chapter 2 Primary Production in Ecosystems.
Chapter 3 Secondary Production in Ecosystems.
Chapter 4 Decomposition of Organic Matter in Ecosystems.
Chapter 5 Energy Flow in Ecosystems.
Chapter 6 Material Cycles in Ecosystems.
Chapter 6 Types of Global Ecosystems and Their Functions.
Chapter 1 Tropical Forest Ecosystems.
Chapter 2 Temperate Forest Ecosystems.
Chapter 3 Boreal coniferous forests and tundra ecosystems.
Chapter 4 Grassland and Savanna Ecosystems.
Chapter 5 Shrublands and Desert Ecosystems.
Chapter 6 Freshwater Wetland Ecosystems.
Chapter 7 Lakes and Pond Ecosystems.
Chapter 8 Streams and River Ecosystems.
Chapter 9 Marine Ecosystems.
Chapter 7 Global Ecology.
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Anonymous users2024-02-01Introduction Definition of Ecology.
History of ecological research.
Ecology research content and sub-disciplines.
Research Methods in Ecology.
Recommended reference books for reflection questions.
Part I: Basic Ecology.
Chapter 1 Biology and the Environment.
1 1 Environmental and ecological factors.
1 2 Basic Principles of the Relationship between Organisms and the Environment.
1 3 Light and its ecological role.
1 4 Temperature and its ecological role.
1 5 Water and its ecological roles.
1 6 Soil factors and their ecological roles.
Reference questions recommend reference books.
Chapter 2 Population Ecology.
2 1 Basic characteristics of populations.
2 2 Quantitative characteristics of populations.
Learn garden ecology, through the study of artificially planted garden trees, flowers, lawns and other plants and natural or semi-natural plant groups together composed of garden biological communities and the corresponding environment between the interrelationship, to achieve the scientific and artistic purpose of coordinating the relationship between human economy, social development and the natural environment, protect and rationally use natural resources, create an ecologically sound, beautiful landscape, reflect the culture of the times and sustainable development of the human living environment, in the environmental ecological benefits, economic and social benefits.