Explain how environmental planners and environmental engineers can work to solve the problem in the following scenario. A river runs by an industrial farm and deposits into a large lake. Local environmental officials have noted that very few water organisms can survive in this lake. They blame the industrial farm for allowing its chemical fertilizer to run off into the river and create a dead zone at the mouth of the river. The industrial farm is notorious for its poor sustainability practices, and the officials and local residents want the farm to change.

Explain how environmental planners and environmental engineers can work to solve the problem in the following scenario.

A river runs by an industrial farm and deposits into a large lake. Local environmental officials have noted that very few water organisms can survive in this lake. They blame the industrial farm for allowing its chemical fertilizer to run off into the river and create a dead zone at the mouth of the river. The industrial farm is notorious for its poor sustainability practices, and the officials and local residents want the farm to change.

Explanation:

Explain how environmental planners and environmental engineers can work to solve the problem in the following scenario.

A river runs by an industrial farm and deposits into a large lake. Local environmental officials have noted that very few water organisms can survive in this lake. They blame the industrial farm for allowing its chemical fertilizer to run off into the river and create a dead zone at the mouth of the river. The industrial farm is notorious for its poor sustainability practices, and the officials and local residents want the farm to change.

i think that the environmental planners and engineers could find a way to stop the chemical fertilizer run off, then they could find out what changes need to be made to become more sustainable.

Explanation:

sulfur dioxide

explanation: acid rain is caused by a chemical reaction that begins when compounds like sulfur dioxide and nitrogen oxides are released into the air. these substances can rise very high into the atmosphere, where they mix and react with water, oxygen, and other chemicals to form more acidic pollutants, known as acid rain.