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How will climate change affect future urban naturalistic herbaceous planting? The role of plant origin and fitness

机译:气候变化将如何影响未来的城市自然草本植物种植? 植物来源和健身的作用

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Climate change challenges urban planners, urban designers, landscape architecture professionals and horticulturists to pursue more sustainable vegetation in urban spaces. However, climate change also helps to free up conventional thinking, by making people come to terms with the idea that the future will not be the same as the past. Throughout the past twenty years, there has been much attention directed towards the design of structurally diverse and species-rich naturalistic vegetation for utilisation in urban areas. The aims of this study were to test whether species derived from Continental, near Mediterranean and Temperate maritime grasslands grown in designed meadow-like communities became fitter or less fit under different climate change scenarios. A community of thirty-six species from these three climatic types were chosen to represent a gradient from wellfited to poorly-fited to the current British climate. The species were chosen to share similar morphological characteristics, in terms of canopy height and structure. They were also chosen for their colourful fiowers from spring to autumn, to maximise attractiveness to the public. Experiments were conducted to investigate the effects of different climate scenarios on the fitness and growth performance of these species with three watering regimes (50 % increase in precipitation; 50 % decrease in precipitation; and ambient), and two different temperature treatments (ambient and ambient plus 3 degrees C). The study showed that water availability and temperature have a significant impact on plant species fitness for green space under future climate change scenarios, particularly changed in concert with one another. Poorly fited species used in the study were intolerant of high levels of moisture, but increasing air temperature reduced the negative effect of additional water. Designed naturalistic plant communities of temperate and near Mediterranean plant species are a potentially sustainable element for urban landscape under future UK climate change scenarios. This study is the first to look at the effects of climate fitness on designed communities of native and non-native meadow plant species in urban landscapes.
机译:气候变化挑战城市规划师,城市设计师,景观建筑专业人士和园艺师在城市空间中追求更加可持续的植被。然而,气候变化也有助于释放传统的思维,通过让人们来到过去的想法,即未来与过去不一样。在过去的二十年里,有很多关注在城市地区使用结构不同和物种丰富的自然植物的设计。本研究的目的是测试源自大陆的种类,在地中海和温带海洋草原附近种植在设计的草地上的社区,在不同的气候变化场景下变得更加健康或更不合适。选择了来自这三种气候类型的三十六种群体的社区,以代表到目前英国气候的良好良好的渐变。根据树冠高度和结构,选择该物种以共享相似的形态特征。他们也被选为春天到秋天的五颜六色的电缆,以最大限度地利用对公众的吸引力。进行实验以研究不同气候情景对这些物种的健身性和生长性能的影响(降水量50%;降水减少50%;和环境)和两个不同的温度处理(环境和环境)加3℃)。该研究表明,在未来的气候变化情景下,水可用性和温度对植物物种适用于绿地的健身,特别是彼此的音乐会改变。该研究中使用的较差的物种具有高水平的水分不宽容,但增加空气温度降低了额外水的负面影响。由于未来英国气候变化情景下,温带和近地中海植物物种的温带和近地中海植物物种的自然主义植物群落是城市景观的潜在可持续元素。本研究是第一个观察气候适应对城市景观中原生和非原生草甸植物种类设计的气候健康的影响。

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