Are bark beetles responsible for droughts in the Šumava Mts.? A mini-review

IF 0.6 Q4 ENVIRONMENTAL SCIENCES European journal of environmental sciences Pub Date : 2016-12-10 DOI:10.14712/23361964.2016.16
Karolína Bílá
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引用次数: 9

Abstract

We attempt here to review recent studies focusing on droughts and hydrology in the Sumava Mts. The main question is can bark beetles affect water regimes in forest and what kind of measures might be taken – if any – to prevent bark beetle attacks. We compared results for natural forest, clear-cuts in managed forest and dead forest killed by a bark beetle attack. As expected, there was more water and a lower air temperature above the soil surface in natural forest. Dead trees shade undergrowth and so moderate temperature fluctuations. The conditions in clear-cuts are the worst for natural forest regeneration. There are no significant changes in the water cycle in catchment areas affected by bark beetle infections. However, it is predicted there is likely to be a slow decline in the amount of water due to a local change in climate, i.e. air temperature increase and precipitation decrease. It is concluded that droughts might occur more often and independently of bark beetle outbreaks in the future.
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树皮甲虫对Šumava山的干旱负有责任吗?一个原子力
本文回顾了近年来关于苏门答腊岛干旱和水文的研究,主要的问题是树皮甲虫是否会影响森林的水分状况,如果有的话,可以采取什么样的措施来防止树皮甲虫的袭击。我们比较了天然林、砍伐殆尽的管理森林和因树皮甲虫袭击而死亡的森林的结果。正如预期的那样,天然林的土壤表面有更多的水和更低的气温。枯死的树木遮蔽了灌木丛,因此缓和了气温的波动。对于自然森林的再生来说,砍伐殆尽的环境是最糟糕的。受树皮甲虫感染的集水区水循环无明显变化。然而,据预测,由于局部气候变化,即气温升高和降水减少,水量可能会缓慢下降。结果表明,未来干旱的发生可能更加频繁,且与树皮甲虫的爆发无关。
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来源期刊
CiteScore
1.50
自引率
12.50%
发文量
6
审稿时长
25 weeks
期刊介绍: The European Journal of Environmental Sciences offers a mixture of original refereed research papers, which bring you some of the most exciting developments in environmental sciences in the broadest sense, often with an inter- or trans-disciplinary perspective, focused on the European problems. The journal also includes critical reviews on topical issues, and overviews of the status of environmental protection in particular regions / countries. The journal covers a broad range of topics, including direct or indirect interactions between abiotic or biotic components of the environment, interactions of environment with human society, etc. The journal is published twice a year (June, December).
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