Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
126 Cards in this Set
- Front
- Back
Interaction of living and non-living things |
ECOLOGY |
|
German Biologist who says ecology is a comprehensive science of organism in inviroment |
ERNST HAECKEL |
|
What is OIKOS mean |
Household |
|
What is LOGOS mean |
KNOWLEDGE |
|
Branches of ECOLOGY |
ECOPHYSIOLOGY Behavioral Population Community Ecosystem System Landscape Evolutionary PoliticAl |
|
Interact with the enviroment both biotic and abiotic |
ECPHYSIOLOGY |
|
Interact with the enviroment both biotic and abiotic |
ECPHYSIOLOGY |
|
Behavior in enabling an animal to adopt enviroment |
BEHAVIORAL ECOLOGY |
|
Interact with the enviroment both biotic and abiotic |
ECPHYSIOLOGY |
|
Behavior in enabling an animal to adopt enviroment |
BEHAVIORAL ECOLOGY |
|
Dynamic population of single species |
POPULATION ECOLOGY |
|
Interact with the enviroment both biotic and abiotic |
ECPHYSIOLOGY |
|
Behavior in enabling an animal to adopt enviroment |
BEHAVIORAL ECOLOGY |
|
Dynamic population of single species |
POPULATION ECOLOGY |
|
Interaction within the ecology community |
COMMUNITY POPULATION |
|
Studies of flow energy matter through biotic and abiotic |
ECOSYSTEM ECOLOGY |
|
Interdisciplinary study that focus in ecological system from holistic persoective |
SYSTEM ECOLOGY |
|
Interdisciplinary study that focus in ecological system from holistic persoective |
SYSTEM ECOLOGY |
|
Relationship of very large geographic area |
LANDSCAPE ECOLOGY |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Kinds of Resources |
PERPETUAL, RENEWABLE AND NONRENEWABLE |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Kinds of Resources |
PERPETUAL, RENEWABLE AND NONRENEWABLE |
|
Means forever Exam. Solar energy, flowing water, wind |
PERPETUAL |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Kinds of Resources |
PERPETUAL, RENEWABLE AND NONRENEWABLE |
|
Means forever Exam. Solar energy, flowing water, wind |
PERPETUAL |
|
Can be developed or redeveloped Exam. Fresh water, fresh air, fertile soil, plant, animal |
RENEWABLE |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Kinds of Resources |
PERPETUAL, RENEWABLE AND NONRENEWABLE |
|
Means forever Exam. Solar energy, flowing water, wind |
PERPETUAL |
|
Can be developed or redeveloped Exam. Fresh water, fresh air, fertile soil, plant, animal |
RENEWABLE |
|
Cannot be replace Exam. Fossil fuel, no. Of metals, clay, sand Phosphate |
NONRENEWABLE |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Environmental Facilities |
PRODUCTIVITY SUSTAINABILITY STABILITY BIODIVERSITY EQUITABILITY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Kinds of Resources |
PERPETUAL, RENEWABLE AND NONRENEWABLE |
|
Means forever Exam. Solar energy, flowing water, wind |
PERPETUAL |
|
Can be developed or redeveloped Exam. Fresh water, fresh air, fertile soil, plant, animal |
RENEWABLE |
|
Cannot be replace Exam. Fossil fuel, no. Of metals, clay, sand Phosphate |
NONRENEWABLE |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Environmental Facilities |
PRODUCTIVITY SUSTAINABILITY STABILITY BIODIVERSITY EQUITABILITY |
|
primary indicator is plenty of preduction |
PRODUCTIVITY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Kinds of Resources |
PERPETUAL, RENEWABLE AND NONRENEWABLE |
|
Means forever Exam. Solar energy, flowing water, wind |
PERPETUAL |
|
Can be developed or redeveloped Exam. Fresh water, fresh air, fertile soil, plant, animal |
RENEWABLE |
|
Cannot be replace Exam. Fossil fuel, no. Of metals, clay, sand Phosphate |
NONRENEWABLE |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Environmental Facilities |
PRODUCTIVITY SUSTAINABILITY STABILITY BIODIVERSITY EQUITABILITY |
|
primary indicator is plenty of preduction |
PRODUCTIVITY |
|
Ability of the environment to maintain/ receive disturbance |
STABILITY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Kinds of Resources |
PERPETUAL, RENEWABLE AND NONRENEWABLE |
|
Means forever Exam. Solar energy, flowing water, wind |
PERPETUAL |
|
Can be developed or redeveloped Exam. Fresh water, fresh air, fertile soil, plant, animal |
RENEWABLE |
|
Cannot be replace Exam. Fossil fuel, no. Of metals, clay, sand Phosphate |
NONRENEWABLE |
|
Evolutionary history of species and their interaction |
EVOLUTIONARY ECOLOGY |
|
Environmental Facilities |
PRODUCTIVITY SUSTAINABILITY STABILITY BIODIVERSITY EQUITABILITY |
|
primary indicator is plenty of preduction |
PRODUCTIVITY |
|
Ability of the environment to maintain/ receive disturbance |
STABILITY |
|
Ability of the environment in continuous productiob |
SUSTAINABILITY |
|
Connect politics and economy to problems of enviroment |
POLITICAL ECOLOGY |
|
-interest group -concerned with specific topic |
REDUCTIONIST/ PIECE-MEAL APPROACH |
|
Example of REDUCTIONIST |
ENVIRONMENTALIST AND CONSERVATIONALIST |
|
Short term mAnagement plan |
HOLISTIC APPROACH |
|
Anything obtain by the environment to meet Human needs and wants |
RESOURCES |
|
Kinds of Resources |
PERPETUAL, RENEWABLE AND NONRENEWABLE |
|
Means forever Exam. Solar energy, flowing water, wind |
PERPETUAL |
|
Can be developed or redeveloped Exam. Fresh water, fresh air, fertile soil, plant, animal |
RENEWABLE |
|
Cannot be replace Exam. Fossil fuel, no. Of metals, clay, sand Phosphate |
NONRENEWABLE |
|
Richness of species in an area |
BIODIVERSITY |
|
Equal access to the resources |
EQUITABILITY |