WATER AND CARBON

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where matter or energy is added to the system
input
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where matter or energy leaves the system
output
2 of 40
where matter or energy is built up in a system
store
3 of 40
where matter or energy moves in a system
flow
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inputs of a system are equal to the outputs
dynamic equilibrium
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type of feedback where a chain of events amplifies the impacts of the original event
positive
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type of feedback where a chain of events nullifies the impact of the original event and restores equilibrium
negative
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water cycle ___ = precipitation
inputs
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water cycle ___ = evapotranspiration, streamflow
outputs
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water cycle ___ = groundwater, soil water, rivers, interception, surface
stores
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water cycle ___ = infiltration, percolation, throughflow, surface runoff, stemflow, groundwater flow
flows
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water moving from above ground into the soil
infiltration
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water moves from the ground or soil into porous rock/rock fractures
percolation
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the flow of water through the soil
throughflow
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the flow of water that has been intercepted by plants or trees
stemflow
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precipitation = total runoff + evapotranspiration +/- storage
water balance
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the annual balance between inputs and outputs in the water cycle
water budget
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water stored in any liquid water
hydrosphere
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water stored in the crust and upper mantle
lithosphere
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water stored that is frozen
cryosphere
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water stored as water vapour
atmosphere
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underground water stores
aquifers
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graph used to represent rainfall for a rivers drainage basin
hydrograph
23 of 40
the volume of water passing through a cross-sectional point of the river at any one point in time
discharge
24 of 40
the line on the graph representing the discharge increasing
rising limb
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the line on the graph representing the discharge decreasing
falling limb
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the time between peak rainfall and peak discharge (hydrograph)
lag time
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the level of groundwater flow on a hydrograph
baseflow
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the maximum capacity of the river
bankfull discharge
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type of hydrograph with a short lag time and high peak discharge, most likely during a storm event
flashy
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type of hydrograph with a long lag time and low peak discharge
subdued
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carbon dioxide + water -> oxygen + glucose
photosynthesis
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oxygen + glucose -> carbon dioxide + water
respiration
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when fossil fuels and organic matter such as tress are burnt, it releases carbon dioxide into the atmosphere
combustion
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when living organisms die, they are broken down by decomposers (bacteria) which respire and release CO2 into atmosphere and soil
decomposition
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type of weathering that occurs when CO2 in air combines with rainwater to make carbonic acid, which erodes rocks such as limestone
carbonation
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any store which takes in more carbon than it emits
carbon sink
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any store that emits more carbon than it stores
carbon source
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type of cycles that suggest that there are natural variations in climate, even before carbon dioxide levels have risen
milankovitch
39 of 40
an expanse of waterlogged, acidic soil and peat (decayed organic matter) - also known as peatland
moorland
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Other cards in this set

Card 2

Front

where matter or energy leaves the system

Back

output

Card 3

Front

where matter or energy is built up in a system

Back

Preview of the front of card 3

Card 4

Front

where matter or energy moves in a system

Back

Preview of the front of card 4

Card 5

Front

inputs of a system are equal to the outputs

Back

Preview of the front of card 5
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