Consider all surface freshwater and ocean water together as a single large store. Select all the...

 

 

 

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Consider all surface freshwater and ocean water together as a single large store. Select all the fluxes that remove water from this store. Precipitation runoff evaporation submarine groundwater discharge groundwater recharge capillary rise Question 4 The percentage of the precipitation that falls on the land that... ...returns to the atmosphere by evapotranspiration is ...seeps into the sea as groundwater is ...flows through rivers and into the sea is [Choose ] [Choose ] [Choose ] < < 1.5 pts 5 Question 5 0 pts During two weeks in May, 6.3x1010 kg of snow melted in the catchment of the Washougal River (and did not re-freeze). During the same 2 weeks, 5.1x1010 kg of rainfall/snow fell on the Washougal catchment, groundwater and soil water storage decreased by 1.1x1010 kg, and 9.6x1010 kg of water flowed from the Washougal river. Assume that groundwater flow out of the Washougal catchment was negligible, that changes in storage of water on vegetation were negligible, and that there was no artificial transfer of water to or from the region. Neglect above-ground storage of liquid water. Estimate how much water (in kg) was lost by evapotranspiration from the Washougal catchment during this two-week period. Enter your working below. Consider all surface freshwater and ocean water together as a single large store. Select all the fluxes that remove water from this store. Precipitation runoff evaporation submarine groundwater discharge groundwater recharge capillary rise Question 4 The percentage of the precipitation that falls on the land that... ...returns to the atmosphere by evapotranspiration is ...seeps into the sea as groundwater is ...flows through rivers and into the sea is [Choose ] [Choose ] [Choose ] < < 1.5 pts 5 Question 5 0 pts During two weeks in May, 6.3x1010 kg of snow melted in the catchment of the Washougal River (and did not re-freeze). During the same 2 weeks, 5.1x1010 kg of rainfall/snow fell on the Washougal catchment, groundwater and soil water storage decreased by 1.1x1010 kg, and 9.6x1010 kg of water flowed from the Washougal river. Assume that groundwater flow out of the Washougal catchment was negligible, that changes in storage of water on vegetation were negligible, and that there was no artificial transfer of water to or from the region. Neglect above-ground storage of liquid water. Estimate how much water (in kg) was lost by evapotranspiration from the Washougal catchment during this two-week period. Enter your working below.

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The detailed answer for the above question is provided below A Consider all surface freshwater and ocean water together as a single large store Select all the fluxes that remove water from this store ... View the full answer