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by drought(passive) caused byhigh transpiration
by drought or heat stress(passive) caused byhigh transpiration
drought or heat stress(passive) caused byhigh transpiration
the humidity of the environmentcausingplant transpiration
the L / R ratio(passive) were ... influenced bytranspiration rates
by internal properties of the fruit(passive) could be influenced bytranspiration rates
primarily of water with various salts and organic compounds(passive) is composedEccrine sweat
primarily of water(passive) is composedEccrine sweat
primarily of water , sodium , urea and ammonia(passive) is composedEccrine sweat
higher temperaturescauserising transpiration
with large zip - up pouch pockets and a zip - up drawstring hood(passive) is designedSweat anorak
toxinscould be causingperspiration out
you?re sweating toxinscould be causingperspiration out
by the wind(passive) caused byevapo - transpiration
the daycauseduninterrupted transpiration
to move water through the plant to maintain temperature(passive) is designedTranspiration
increased temperaturesinfluencedtranspiration
This vegetable spongecontributesevapo - transpiration
by increased stomatal resistance(passive) caused bytranspiration
by stomatal closure(passive) caused bytranspiration
the evaporation from soil(passive) may be influenced byTranspiration
humidity , wind and other air movement , and temperature(passive) is greatly influenced byTranspiration
solar radiation , temperature , relative humidity and mind velocity(passive) is influenced byEvapo - transpiration
the leaf surfacecausingtranspiration
Leaf and environmental parametersinfluencingtranspiration
by rising levels of CO2(passive) caused bytranspiration
a difference in the water pressure between leaf and air(passive) is caused bytranspiration
by CO2(passive) caused bytranspiration
Leaf characteristicsalso influencetranspiration
the plantcausingtranspiration
the groundwater ... its leavescausetranspiration
the above conditionsinfluencingtranspiration
Conditionsinfluencingtranspiration
factorsinfluencingtranspiration
What factorsinfluencetranspiration
the factorsinfluencetranspiration
factorsinfluencetranspiration
The heatcausestranspiration
the factorsinfluencingtranspiration
all factorsinfluencingtranspiration
due to the attachment of the surface water to the pores of the cell wallsis causeddue to the attachment of the surface water to the pores of the cell walls
the townleadthe town
an isotopic enrichment of leaf water relative tocan causean isotopic enrichment of leaf water relative to
the odorcausesthe odor
the remaining 10 percent(passive) contributed bythe remaining 10 percent
water to move out and evaporate on the leafcausingwater to move out and evaporate on the leaf
your irrigation frequencywill influenceyour irrigation frequency
in losses of turgor and photochemical efficiencyresultingin losses of turgor and photochemical efficiency
in waterlogging of the thin soils ( Bevan 2004 , 32resultingin waterlogging of the thin soils ( Bevan 2004 , 32
In the leaves water movement(passive) is caused byIn the leaves water movement
the leaves water movement(passive) is caused bythe leaves water movement
tensioncausestension
water vaporcontributeswater vapor
The absorbed water(passive) is ... influenced byThe absorbed water
from the transpiration process in leavesoriginatedfrom the transpiration process in leaves
tension(passive) caused bytension
pressure(passive) caused bypressure
heat rashusually may causeheat rash
tension rupture(passive) caused bytension rupture
tension rupture(passive) caused bytension rupture
the absorption of ions by roots along with the mass flow of waterinfluencesthe absorption of ions by roots along with the mass flow of water
to ecosystem evapotranspirationcontributedto ecosystem evapotranspiration
from higher CO2 in the atmosphereresultsfrom higher CO2 in the atmosphere
the plant to lose watercausesthe plant to lose water
water to return to the leaves through the xylemcauseswater to return to the leaves through the xylem
water to return to the leaves through the xylem vesselscauseswater to return to the leaves through the xylem vessels
low pressure of water in the leavescauseslow pressure of water in the leaves
the development of a negative pressure in the xylem of the plantcausesthe development of a negative pressure in the xylem of the plant
to the precipitation over landcontributeto the precipitation over land
in evaporation of the waterresultsin evaporation of the water
to leaf water lossleadingto leaf water loss
loss of huge amount of water absorbed by plants and leads to wilting and injury in plantscausesloss of huge amount of water absorbed by plants and leads to wilting and injury in plants
to growth of the plantleadsto growth of the plant
water to be pulled up through the plant passively as water diffuses out through the leavescauseswater to be pulled up through the plant passively as water diffuses out through the leaves
water to leave the plant resulting in a force that draws water up through the xylemcauseswater to leave the plant resulting in a force that draws water up through the xylem
leaf coolingcausesleaf cooling
absorbed watercausesabsorbed water
increased leaf temperaturecausingincreased leaf temperature
the water to come up from the rootscausesthe water to come up from the roots
in improved air qualityresultingin improved air quality