The following are impacts on the environment, which can occur as a city continues to grow. Select the method of land-use planning that is most appropriate for the expansion described in this process.  As a city grows, its impact on the environment increases as it sprawls out to a surrounding area that includes a wetland and an adjacent forest. If trees are cut down and plant cover is removed, the soil is left open to erosion and flash flooding. Animals would be forced to move, and may die or face starvation or disease. The loss of wetlands can lead to a decrease in water quality, since wetlands naturally filter water. In addition, the wetlands are an important breeding ground for waterfowl.Use tab to navigate through all the objects. Press space or enter to select or deselect the objectSelect the objects by clicking on them. Clicking on a selected object will deselect it.you have correctly selected %@$%.Building Permits Zoning Restrictions Conservation Easement

Which of the following options is NOT an impact of urbanization?A. Unintentional destruction of non-agricultural species because of the use of pesticides.B. Fragmentation of wildlife habitatC. A higher demand on energy use and increase the emission of greenhouse gases and airpollutants.D. Urban Sprawl happens and city perimeters are continuously extended into thecountryside.E. Loss of agricultural land

- Discuss the impacts of urbanisation on the environment, economy and society.

Any positive effects of urbanization to the environment?

How does gentrification affect cities?Question 16Select one:a.They become more crowded.b.Less affluent residents are pushed into less desirable areas.c.Traffic issues, including pollution, become worse.d.All of the above

If an area was originally forested and then underwent urban development, which of the following shows the most likely effects on various parts of the water cycle in the area? Group of answer choicesEvaporation and transpiration increases; runoff increases; and groundwater recharge decreases. Evaporation and transpiration increases; runoff decreases; and groundwater recharge decreases. Evaporation and transpiration decreases; runoff increases; and groundwater recharge increases. Evaporation and transpiration decreases; runoff increases; and groundwater recharge decreases.