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首页> 外文期刊>Croatian Journal of Forest Engineering >Frequency and Advantages of Animal-Powered Logging for Timber Harvesting in Hungarian Nature Conservation Areas
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Frequency and Advantages of Animal-Powered Logging for Timber Harvesting in Hungarian Nature Conservation Areas

机译:匈牙利自然保护区动植物采伐的频率和优势

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摘要

Despite the fact that the management of forests in nature conservation areas represents a key interest in Europe, animal-powered logging is only rarely covered by scientific papers. The main aim of this study was to explore the occurrences of this practice in Hungarian nature conservation areas (i.e. that belong to IUCN Categories Ia, II or V as well as Natura 2000 SPA or SAC sites) that are owned by the state (i.e. about 75% of all the forested nature conservation areas), and compile the characteristics, advantages and disadvantages of animal-powered logging according to interviews with loggers. All the Forest Districts in Hungary (116) were contacted by phone. 26% of the Forest Districts apply animal logging regularly (draft horse in every case), but only 2.6% (a mere 3 Forest Districts) own a horse stock for this purpose, while the others (27) employ contractors. 7.76% (9 Forest Districts) use animal power for skidding only occasionally and none of them own horses. All operate at least partially on nature conservation areas. Although 2.6% of the Forest Districts own a horse stock, they do not use animal power for skidding. The average animal logging operation consists of two animals and three people (one of them leads the horses) that do thinning in young stands and selection work. Data on advantages and disadvantages was gathered via semi-structured onsite interviews. The daily logging capacity of a single draft horse ranges from 4.5 m3 to 30 m3, depending on topography and weather conditions. Resulting advantages include: less harm to topsoil, wood stands, and saplings, the support of natural regeneration of forests, horses are more economical than machines in thick snow, there is no use of fossil fuels, more jobs are created, and preservation of native horse breeds is supported. Conversely, output capacity is less compared to the use of machines, and only few people want or are able to work with draft horses. It is mostly the terrain conditions (especially efficient in steep terrain) and the environmental constraints that determine the use of horses instead of skidders.
机译:尽管自然保护区的森林管理代表了欧洲的主要利益,但科学论文很少涉及以动物为动力的伐木。这项研究的主要目的是探讨在国家所有的匈牙利自然保护区(即属于自然保护联盟类别Ia,II或V以及Natura 2000 SPA或SAC场所)的这种做法的发生。 75%的森林自然保护区),并根据对伐木者的采访,汇总了动物采伐的特点,利弊。通过电话联系了匈牙利的所有林区(116)。有26%的森林区定期进行动物采伐(每种情况下都是放牧马匹),但是为此目的,只有2.6%(仅有3个森林区)拥有马匹,而其他地区(27个)雇用承包商。 7.76%(9个林区)仅偶尔使用动物的力量进行打滑,但没有一个人拥有马匹。所有这些都至少部分在自然保护区运作。尽管有2.6%的森林区拥有牲畜,但他们没有利用动物的力量打滑。一般的动物采伐活动由两只动物和三只人(其中一只牵着马)组成,它们在幼小的林分中进行细化和选择工作。有关优势和劣势的数据是通过半结构化的现场访谈收集的。一匹起草马的日采伐量为4.5立方米至30立方米,具体取决于地形和天气条件。产生的优势包括:对表土,林分和树苗的危害较小,对森林的自然再生的支持,在厚厚的积雪中,马匹比机器更经济,不使用化石燃料,创造了更多的工作机会,并保护了本地支持马种。相反,与使用机器相比,输出能力要小一些,只有很少的人想要或能够与吃草的马一起工作。主要是地形条件(在陡峭的地形上尤其有效)和环境限制决定了使用马匹而不是打滑者。

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