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The methods and studies of urban ecology is a subset of ecology. The study of urban ecology carries increasing importance because more than 50% of the world's population today lives in urban areas. [5] It is also estimated that within the next 40 years, two-thirds of the world's population will be living in expanding urban centers. [6]
Humans have lived alongside and near wild animals for centuries, but the expansion of the study of urban ecology has allowed for new information surrounding human-wildlife interactions. [11] Human wildlife conflict can be categorized into disease transmission , physical attacks, and property damage, [ 11 ] and can be inflicted by a range of ...
Urban ecology is a relatively new field. Because of this, the research that has been done in this field has yet to become extensive. While there is still plenty of time for growth in the research of this field, there are some key issues and biases within the current research that still need to be addressed.
Synurbization refers to the effects of urbanization on the adaptation of wildlife, and how animals that live in urban environments versus nature environments differ. [1] Urbanization, in terms of ecology, means developmental changes to the environment. These changes are often in benefit to humans.
An urban habitat can impact wildlife behavior significantly and can alter the ecology of urban wildlife, influencing these organisms' behavior. The interactions between humans and wildlife and the impacts of urbanization on these wildlife populations influence cities across the world.
A researcher studying the impact of coyotes in the city of Austin, Texas found that urban coyote management techniques, including steps to trap and remove coyotes who were exhibiting bold or aggressive behavior, as well as efforts to educate the public about not feeding the animals, had had a positive effect in lessening possible risk to humans or to pets. [14]
Urban evolution refers to the heritable genetic changes of populations in response to urban development and anthropogenic activities in urban areas. Urban evolution can be caused by non-random mating, mutation , genetic drift , gene flow , or evolution by natural selection . [ 1 ]
Tijuca Forest in Rio de Janeiro, Brazil. In many countries there is a growing understanding of the importance of the natural ecology in urban forests. There are numerous projects underway aimed at restoration and preservation of ecosystems, ranging from simple elimination of leaf-raking and elimination of invasive plants to full-blown reintroduction of original species and riparian ecosystems.