Rare phytocoenotaxonomic diversity of the steppe zone of Ukraine: analysis and applied aspects

D. V. Dubуna, P. Ustymenko, B. Baranovski
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Abstract

Preservation of rare phytocenotic diversity is one of the priority tasks in the integral problem of biodiversity protection. The implementation of these tasks requires a transition to such principles as the use of a system of preventive/prophylactic and direct methods and modes of conservation depending on the type of vegetation and the homeostasis of plant communities. It was established that the state of rare groups of Ukraine has changed significantly over the past few decades, It is noted that the Steppe biome under the influence of a huge anthropogenic press not only underwent significant changes, but also lost its structure and regulatory properties, which led, in fact, to its destruction and the complete death of numerous elements. The purpose of the work was to compile information on the current state of rare groups in the steppe zone using data from ecological-cenotic and floristic studies, to assess their presence in the territories of biosphere and natural reserves and national natural parks in the region. Field research was carried out using classical geobotanical methods (detailed routing, establishment of test sites, geobotanical description). A critical analysis of the current rare phytocenophyte, the data of modern synphytosozological studies and the latest geobotanical information on the rare phytocenotic diversity made it possible to establish the modern rare phytocenophyte of the steppe zone of Ukraine. It has 321 associations of 48 formations. The forest vegetation has only 16 associations of 3 formations. Steppe vegetation is characterized by the most numerous rare phytocenophand, which is represented by 180 associations of 19 formations, grass and shrub communities of the xerotic type on outcrops and sands have 23 associations of 5 formations, 3 associations of one formation are established for swamp vegetation, halophytic vegetation is characterized by the presence of 13 associations of 5 formations. Higher aquatic vegetation is represented by 86 associations of 1 formation. Summarization of materials based on the results of geobotanical studies of rare taxa carried out in the region after the release of the state document «Green Book of Ukraine» in 2009 allowed to identify 96 associations (1 forest, 79 steppe, 7 grass and shrub communities of the xerotic type on outcrops, 3 halophytic, 6 water), which are new rare associations. The levels of their representation in biosphere reserves (BZ) and nature reserves (NP) and national natural parks (NPP) have been established. They are protected in 22 nature reserve territories (NPAs) of higher categorical ranks, in particular – in 3 BZ, 6 – PZ, 13 – NPP It was concluded that the state of protection of the rare vegetation of the region is typologically and syntaxonomically representative in the PZT system of the highest sociological rank. The level of security for most rare associations is high and average, in a small number of formations it is low. A small number of rare associations are protected in only one PZT, which is insufficient. A number of protected associations are represented by small fragments or groups with a weakened edifying value of the main components.
乌克兰草原带稀有植物群落分类学多样性:分析与应用
稀有植物多样性的保护是生物多样性保护整体问题中的优先任务之一。执行这些任务需要过渡到这样的原则,如根据植被类型和植物群落的动态平衡使用预防/预防和直接方法系统和养护模式。报告指出,在巨大的人为压力的影响下,草原生物群落不仅发生了重大变化,而且失去了其结构和调节特性,这实际上导致了其破坏和许多元素的完全死亡。这项工作的目的是利用生态学和植物学研究的数据汇编关于草原地区稀有种群现状的资料,以评估它们在该区域生物圈、自然保护区和国家自然公园的存在情况。野外研究采用经典地植物学方法(详细路线、建立试验点、地植物学描述)。对当前稀有植物新生植物的批判性分析、现代联合植物学研究的数据和关于稀有植物新生植物多样性的最新地学资料使建立乌克兰草原地带的现代稀有植物新生植物成为可能。它有48个阵型的321个组合。森林植被只有3组16组。草原植被的稀有植物亲和性最多,有19个组180个组合,露头和沙地上的旱生型草灌木群落有5个组23个组合,沼泽植被有1个组3个组合,盐生植被有5个组13个组合。高等水生植被由86个1组组合代表。根据2009年国家文件《乌克兰绿皮书》发布后在该地区开展的稀有类群地植物学研究结果的材料总结,确定了96个新的稀有类群(1个森林,79个草原,7个露头旱生类型的草和灌木群落,3个盐生植物群落,6个水)。在生物圈保护区(BZ)、自然保护区(NP)和国家自然公园(NPP)中建立了它们的代表性水平。在22个分类等级较高的自然保护区(NPAs)中,以3 BZ、6 - PZ、13 - NPP为代表。结果表明,该地区珍稀植被的保护状况在社会学等级最高的自然保护区系统中具有典型和分类学上的代表性。大多数稀有社团的安全水平是高的和平均的,在少数组织中是低的。少数罕见关联仅在一个PZT中受到保护,这是不够的。一些受保护的协会是由小片段或群体代表的,其主要组成部分的启发价值减弱。
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