Pastures and Forages Final Exam Best Answers
2024-2025 With 100% Guaranteed Solutions
T/F understanding the relationship between grazing intensity of a pasture and animal
performance is crucial to a successful enterprise
True
T/F increasers are plant species of the climax vegetation that will increase in relative amount,
for a period of time, with overgrazing
True
T/F under a continuous grazing system, going from a heavy stocking rate a moderate stocking
rate will increase forage production
True
T/F water, and feed placement cannot be used to distribute livestock across pastures
False
T/F the primary goal of grazing management is to achieve canopy conditions and forage
productivity, that result in minimum levels of animal performance
False
T/F native pastures, are less productive than improved pasture
True
T/F grain per unit area, decreases as stocking rate increases, up to a setpoint, then decreases
False
T/F a plant may be a decreaser on one range site and an increaser on another range site
True
T/F grazing intensity, has more influence on forge production than any other grazing factor
True
T/F under rotational grazing systems, it is preferable to have pastures equal in acreage size
,False
T/F selecting, the correct stocking, right is the most important of all grazing management
decisions from the standpoint of education, livestock, wild life, and
Economic return
True
T/F the more productive, the range/pasture type, the greater is it's forage improvement
potential
True
T/F during drought periods, heavy stocking rates can become economically disastrous
True
T/F Decreasers are plant species of the climax vegetation that are highly preferred by the
grazing animals
True
T/F maximum gains per animal in per unit area or not possible concurrently
True
T/F moderate stocking permits, higher levels of forage, standing crop throughout the year and
more hardy plants
True
T/F the influence of forge quantity on animal performance, is less at low levels than high levels
of forge mass
False
T/F the goal of grazing systems is to achieve a livestock distribution that positively affects
pasture utilization implant diversity
True
T/F grazing value, and grazing performance are a factor in designed invaders species
False
_______ _______ is the severity of grazing pressure
Grazing Intensity
, ________ are plant species of the original vegetation that will decrease and relative amount of
overgrazing
Decreasers
______ _______ is the number of animals allocated per acre of land at a point in time
Stocking Density
_______ _______ is the unlimited and uninterrupted grazing of a pasture by livestock
Continuous Grazing
Heavy stocking rate genuinely maximizes _____ economic returns
Gross
_______ ______ is range land that differs from another range land and its potential to produce
native
Range site
_______ ______ is the amount of land allocated to each animal unit for a grazable period
Stocking rate
_____ ______ is the grazing and resting of 2+ pastures in a planned sequence
Rotational grazing
_____ ______ is the present state of vegetation of a range site in relation to the climax plant
community for that site
Range Condition
Moderate stocking rate maximizes _______ economic returns
Net
______ ______ ______ is the most widely used of the rotational grazing systems
Decisional rotational grazing
______ _______ is the maximum stocking rate possible year after year without inducing
damage to the vegetation or related resources
Carrying Capacity
2024-2025 With 100% Guaranteed Solutions
T/F understanding the relationship between grazing intensity of a pasture and animal
performance is crucial to a successful enterprise
True
T/F increasers are plant species of the climax vegetation that will increase in relative amount,
for a period of time, with overgrazing
True
T/F under a continuous grazing system, going from a heavy stocking rate a moderate stocking
rate will increase forage production
True
T/F water, and feed placement cannot be used to distribute livestock across pastures
False
T/F the primary goal of grazing management is to achieve canopy conditions and forage
productivity, that result in minimum levels of animal performance
False
T/F native pastures, are less productive than improved pasture
True
T/F grain per unit area, decreases as stocking rate increases, up to a setpoint, then decreases
False
T/F a plant may be a decreaser on one range site and an increaser on another range site
True
T/F grazing intensity, has more influence on forge production than any other grazing factor
True
T/F under rotational grazing systems, it is preferable to have pastures equal in acreage size
,False
T/F selecting, the correct stocking, right is the most important of all grazing management
decisions from the standpoint of education, livestock, wild life, and
Economic return
True
T/F the more productive, the range/pasture type, the greater is it's forage improvement
potential
True
T/F during drought periods, heavy stocking rates can become economically disastrous
True
T/F Decreasers are plant species of the climax vegetation that are highly preferred by the
grazing animals
True
T/F maximum gains per animal in per unit area or not possible concurrently
True
T/F moderate stocking permits, higher levels of forage, standing crop throughout the year and
more hardy plants
True
T/F the influence of forge quantity on animal performance, is less at low levels than high levels
of forge mass
False
T/F the goal of grazing systems is to achieve a livestock distribution that positively affects
pasture utilization implant diversity
True
T/F grazing value, and grazing performance are a factor in designed invaders species
False
_______ _______ is the severity of grazing pressure
Grazing Intensity
, ________ are plant species of the original vegetation that will decrease and relative amount of
overgrazing
Decreasers
______ _______ is the number of animals allocated per acre of land at a point in time
Stocking Density
_______ _______ is the unlimited and uninterrupted grazing of a pasture by livestock
Continuous Grazing
Heavy stocking rate genuinely maximizes _____ economic returns
Gross
_______ ______ is range land that differs from another range land and its potential to produce
native
Range site
_______ ______ is the amount of land allocated to each animal unit for a grazable period
Stocking rate
_____ ______ is the grazing and resting of 2+ pastures in a planned sequence
Rotational grazing
_____ ______ is the present state of vegetation of a range site in relation to the climax plant
community for that site
Range Condition
Moderate stocking rate maximizes _______ economic returns
Net
______ ______ ______ is the most widely used of the rotational grazing systems
Decisional rotational grazing
______ _______ is the maximum stocking rate possible year after year without inducing
damage to the vegetation or related resources
Carrying Capacity
