Fertilization& depositionCropexportWatershedLeaching& RunoffMineralizationThe figure above shows major N inputs and outputs for a watershed dominated bycorn/soybean production.Given an annual change in N storage of 1200 Mg yr for the watershed, calculatethe rate of leaching & runoff. To answer this question, assume also the followingrates (in Mg yr): fertilization & deposition = 4000; mineralization = 4900; and crop%3Dexport = 5400.Your Answer:Answer

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Description: Fertilization& depositionCropexportWatershedLeaching& RunoffMineralizationThe figure above shows major N inputs and outputs for a watershed dominated bycorn/soybean production.Given an annual change in N storage of 1200 Mg yr for the watershed, calc

From the question, it is givent hat- Annual change in N storage: R1 = 1200 Mg/yr Rate of…

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Fertilization & deposition Crop export Watershed Leaching & Runoff Mineralization The figure above shows major N inputs and outputs for a watershed dominated by corn/soybean production. Given an annual change in N storage of 1200 Mg yr1 for the watershed, calculate the rate of leaching & runoff. To answer this question, assume also the following rates (in Mg yr): fertilization & deposition = 4000; mineralization 4900; and crop export = 5400. Your Answer: Answer

Fertilization & deposition Crop export Watershed Leaching & Runoff Mineralization The figure above shows major N inputs and outputs for a watershed dominated by corn/soybean production. Given an annual change in N storage of 1200 Mg yr1 for the watershed, calculate the rate of leaching & runoff. To answer this question, assume also the following rates (in Mg yr): fertilization & deposition = 4000; mineralization 4900; and crop export = 5400. Your Answer: Answer

An Introduction to Physical Science

14th Edition

ISBN:9781305079137

Author:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres

Publisher:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres

Chapter23: Surface Processes

Section: Chapter Questions

Problem 1AYK: The Moon has neither an atmosphere nor surface water. Can mass wasting occur on the Moon? Explain.

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