Carrying capacity

Carrying Capacity
1. In recreation management, the amount of use a recreation area can sustain without loss of quality. 2. In wildlife management, the maximum number of animals an area can support during a given period.

carrying capacity: the maximum load a system can cope with sustainably. Often used in ecotourism (see below) for the number of visitors a destination can receive without harming the local environment and culture.

carrying capacity 1) The maximum population size of a given species in an area beyond which no significant increase can occur without damage occurring to the area. 2) In recreation management, ...

Carrying capacity is the maximum number of individuals of a defined species that a given environment can support over the long term. The notion of limits is fundamental to the concept of carrying capacity.

Carrying Capacity: The maximum number of organisms that a particular habitat can support over the long-term. Limited by food, shelter, spawning or nesting area, rearing cover, etc.

CARRYING CAPACITY This is the maximum number of organisms that can be supported or fed, or is able to survive in any specific habitat or ecosystem without causing the breakdown of that habitat or ecosystem.

Carrying Capacity
On a plot of bacterial growth versus time, the point at which the bacteria begin to die faster than they reproduce.
Cask ...

(1) Carrying capacity is the ability of eco-systems/the earth to bear environmental load without significant damage. The threshold is the critical load. (2) The maximum load that a given system can tolerate before failing.
Definition source ...

Carrying Capacity: The amount of use an environmental area can sustain long-term without loss of quality. Chemical Oxygen Demand (COD) A measure of the oxygen required to oxidize all compounds, both organic and inorganic, in water.

Carrying capacity The maximum population size that can be supported indefinitely by a given environment, at which intraspecific competition has reduced the per capita net rate of increase to zero.

The higher the C Factor, the smoother the pipe, the greater the carrying capacity, and the smaller the friction or energy losses from water flowing in the pipe.

the pipe, the greater the carrying capacity, and the smaller
the friction or energy losses from water flowing in the pipe.
To calculate the C Factor, measure the flow, pipe diameter, ...

See also: Environment, Water, Waste, Table, Economic