Part A
Introduction
“The Urban Heat Island” is mostly characterized by the warmer temperatures surrounding the areas. The high temperatures are caused by human activities which are experienced during the day as well as during the weak winds. The warm temperatures are related to the phoenix description due to agricultural activities, building, and construction, and other relevant human activities. Global warming has been part of the effect of the urban heat, which has resulted in adverse effects due to the existing urban planners who bring about capitalist activities which develop negative initiatives towards the city related to poor planning. Human activities can be entirely to blame due to their interference with the environmental challenges since long ago from the 1900s, which led to phoenix transitions. The transition has led to severe actions that have facilitated the urban heating temperatures, which need to be reduced due to the negative effects it has on the environment and heating effects.
Part F
Annotated Bibliography
Chow, W. T., Brennan, D., & Brazel, A. J. (2012). Urban heat island research in Phoenix, Arizona: Theoretical contributions and policy applications. Bulletin of the American Meteorological Society, 93(4), 517-530.
The authors have primary information concerning the urban heat and have therefore conducted research aimed at identifying the effects the human activities have in relation to phoenix. The article, thus, explores the idea of transitions based on phoenix contribution to the urban heat in considerations of the theoretical ideas and the policy applications. The policy issues have also been explored, which cater to the existing problems and environmental issues brought about by human activities. The rise of temperature has been considered to be a contribution of human activities when implementing the phoenix transition, which has led to the severe effects on the urban island.
Bibliography
Chow, W. T., Brennan, D., & Brazel, A. J. (2012). Urban heat island research in Phoenix, Arizona: Theoretical contributions and policy applications. Bulletin of the American Meteorological Society, 93(4), 517-530.