1. Many animals show distinct behaviour patterns when checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime for food.

2. Such behaviour tends to increase the animal’s chance of gaining maximum net checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime.

3. To be economical an animal must forage checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime with respect to search and pursuit checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime, type of food selected and checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime of food selected.

4. checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime competition occurs between members of the same species; checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime competition occurs between members of different species.

5. Intraspecific competition for territories is called checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime. It spaces out a population in relation to available checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime supply.

6. Dominance checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime amongst the members of a social group involves lower ranking individuals acknowledging the status of those with higher checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime. They do this by showing checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime responses to the latter’s threat displays. This behaviour conserves energy and ensures experienced checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime.

7. checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime hunting benefits all the members of a checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime group since all the animals gain more food than they would hunting on their own.

8. Animals are mobile but plants are checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime. This normally poses no problem for plants since their immediate environment provides all the raw checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime needed for survival.

9. Intraspecific competition exists amongst the members of a dense population of plants for checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime, water and soil checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime.

10. Interspecific competition between plants tends to be less checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime than intraspecific competition because different species often have different checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime.

11. Moderate grazing of grassland by rabbits maintains species checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime since dominant plants are held in checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime.

12. Compensation point is that low level of light checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime at which the rate of photosynthesis in a plant exactly equals the rate of checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime. A shade plant is found to have its checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime point at a lower intensity of light than a checkcompensationCo-operativediversityenergyfoodforaginghierarchyintenseintensityinterspecificIntraspecificleadershiplightmaterialsnutrientsoptimallyrankrequirementsrespirationsessilesizesocialsubordinatesunterritorialitytime plant.