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This work presents a computer-programmed model, which aims to aid environmental agencies in issuing licenses regarding hog farms. It helps to describe the nitrogen and phosphorus behavior impacts in a watershed, when manure is applied in the soil. The algorithm is programmed on a Geographic Information Systems (GIS) tool – ARCVIEW. The model defines the amount of nitrogen and phosphorus that remains available in the soil to be transported by runoff. The model calculates the balance of all nitrogen and phosphorus sources (organic and inorganic fertilizers, atmospheric accumulation and nitrogen fixation) and losses (plants use, volatilization and denitrification, soil lixiviation and runoff). The result of this balance is the amount of these elements available to be transported along of the watershed. A hydrological simulation model is used to calculate the runoff. The final result is a nitrogen and phosphorus concentration map, accumulated along the basin. The case study to test the model is the Toledo River, state of Paraná, Brazil due to its high concentration of hog farming. The model was able to reproduce data observed in this basin.

Simulação do balanço e transporte de nitrogênio e fósforo provenientes de dejetos animais aplicados em áreas agrícolas - estudo de caso: bacia do Rio Toledo - Paraná - Brasil.