Crop Systems and Global Climate Change, US Department of Agriculture-Agricultural Research Service, Beltsville, Md 20705, USA.
J Allergy Clin Immunol. 2012 Jan;129(1):27-32. doi: 10.1016/j.jaci.2011.10.032. Epub 2011 Nov 21.
Accumulation of anthropogenic gases, particularly CO(2), is likely to have 2 fundamental effects on plant biology. The first is an indirect effect through Earth's increasing average surface temperatures, with subsequent effects on other aspects of climate, such as rainfall and extreme weather events. The second is a direct effect caused by CO(2)-induced stimulation of photosynthesis and plant growth. Both effects are likely to alter a number of fundamental aspects of plant biology and human health, including aerobiology and allergic diseases, respectively. This review highlights the current and projected effect of increasing CO(2) and climate change in the context of plants and allergen exposure, emphasizing direct effects on plant physiologic parameters (eg, pollen production) and indirect effects (eg, fungal sporulation) related to diverse biotic and abiotic interactions. Overall, the review assumes that future global mitigation efforts will be limited and suggests a number of key research areas that will assist in adapting to the ongoing challenges to public health associated with increased allergen exposure.
人为气体(尤其是 CO(2))的积累可能对植物生物学产生 2 个基本影响。第一个是通过地球平均表面温度的升高产生的间接影响,随后对气候的其他方面产生影响,如降雨和极端天气事件。第二个是由 CO(2)诱导的光合作用和植物生长刺激产生的直接影响。这两种影响都可能改变植物生物学和人类健康的许多基本方面,分别涉及气传生物学和过敏性疾病。本综述强调了在植物和过敏原暴露的背景下,不断增加的 CO(2)和气候变化的当前和预计影响,重点关注与各种生物和非生物相互作用相关的植物生理参数(例如花粉产生)和间接影响(例如真菌孢子形成)的直接影响。总体而言,该综述假设未来的全球减排努力将受到限制,并提出了一些关键的研究领域,这些领域将有助于适应与过敏原暴露增加相关的公共卫生持续挑战。