Sutherst R W
CSIRO Division of Entomology, University of Queensland, Brisbane, Australia.
Ciba Found Symp. 1993;175:124-41; discussion 141-5. doi: 10.1002/9780470514436.ch8.
Arthropod vectors need to acquire energy, moisture, hosts and shelter from their environment. Changing human populations and industrialization affect almost every aspect of the environment. In particular, the prospects of climatic warming, urbanization and vegetation changes have the potential to materially affect global patterns of vector-borne diseases. Global warming will enable the expansion of the geographical distributions of vectors. The population dynamics of vectors will change in response to extended seasons suitable for development followed by less severe winters. The incidence of epidemics is likely to change in response to an expected disproportionate increase in the frequency of extreme climatic events. The impact of such changes on each of the major vector-borne diseases is reviewed and projections are made on the likely global areas at risk from spread of disease vectors. Research needs are identified and response strategies are suggested in the context of the ever-increasing impact of human populations and industrial activity on the environment.
节肢动物病媒需要从其环境中获取能量、水分、宿主和庇护所。不断变化的人口和工业化几乎影响着环境的方方面面。特别是,气候变暖、城市化和植被变化的前景有可能对全球病媒传播疾病的模式产生重大影响。全球变暖将使病媒的地理分布范围扩大。病媒的种群动态将随着适合发育的季节延长以及冬季不那么严寒而发生变化。由于极端气候事件的频率预计将不成比例地增加,流行病的发病率可能会发生变化。本文综述了这些变化对每一种主要病媒传播疾病的影响,并对病媒传播疾病可能在全球传播的危险区域进行了预测。在人类人口和工业活动对环境的影响不断增加的背景下,确定了研究需求并提出了应对策略。