波尔塔瓦地区草甸禾本科和豆科植物及其蛋白质价值

IF 0.6 Q4 ECOLOGY Ecological Questions Pub Date : 2022-01-27 DOI:10.12775/eq.2022.008
Larysa Orlova, N. Vlasenko, S. Gapon, Maryna Zhuk, M. Dyachenko-Bohun, N. Hrytsai, I. Grygus
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引用次数: 0

摘要

建立了波尔塔瓦地区草甸禾本科和豆科的主要代表植物,并对其生态形态进行了分析,在草甸植物群落中共发现草甸禾本科植物93种,隶属于44属。在生物形态上发现的谷类植物以多年生植物为主(73.0%),其中隐生植物和半隐生植物的数量大致相同,从湿形态上看,该科植物以中生性植物为主(56.0%),从营养形态上看,大部分属中生性植物(46.0%),观察已发现的科成员的日光形态,表明它们有畏光倾向。草甸共发现豆科植物16属71种。从生物形态上看,已鉴定种以多年生植物居多(73.0%)。根据生态形态,在研究的物种中,喜爱中等丰富土壤的中温、喜光物种(占所有已确定物种的一半以上)占主导地位。对波尔塔瓦地区草甸禾本科和豆科植物的蛋白质进行了研究。我们所研究的种属总蛋白质积累量在2.5 ~ 25.8%之间。给出了科的平均值,并给出了个别属和种的具体定量指标。根据该指标的含量,将研究物种分为低(最多6.9%)、中(7.0 ~ 13.0%)和高(13.0%以上)三类。研究物种的蛋白质含量进行了分析(从0到20分)。根据给定的分数,所研究的谷物属于低和中等含量的物种组,豆类是中和高含量的物种组。在生长季节各阶段蛋白质含量的动态变化中,你可以看到一定的趋势。最大的蛋白质是在个体发生的早期阶段由代表积累的。通过对指标的分析,根据它们与生物形态的关系显示出一定的规律。因此,一年生物种平均在第二组和多年生物种的水平上都有一个指标。两岁的孩子的蛋白质含量通常处于第三组的水平。这是可以理解的,因为它们需要大量的营养来越冬和来年的开花和结实。水分条件也会影响蛋白质的积累。因此,我们研究的旱生禾科占9.2±0.4%,中生禾科占8.2±1.2%。已证实的价值生物量化蛋白质含量。结果表明,包括水分在内的浓度参数会影响生长条件。
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Poaceae and Fabaceae of meadows of Poltava region and their protein value
The main representatives of meadow Poaceae and Fabaceae of Poltava region are established and their ecomorphic analysis is made 93 species of meadow Poaceae have been found in meadow phytocenoses, which are grouped into 44 genera. Among the found cereals on biomorphs are dominated by perennials (73.0%), on climamorphs among them approximately the same number of cryptophytes and hemicryptophytes, consideration of hygromorphs of the family indicates the predominance of mesophytic plants (56.0%), the bulk of species by tropomorphs belongs to mesotrophic (46.0%), viewing heliomorphs of identified family members indicates their photophobia. 71 species of Fabaceae belonging to 16 genera were found in the meadows. According to biomorphs, most of the identified species are perennials (73.0%). According to ecomorphs, mesophilic, light-loving species, which love soils of medium richness (more than half of all identified species), predominate among the studied species. The consequences of studying the protein in meadow Poaceae and Fabaceae of Poltava region are given. The total protein accumulation in the species studied by us was in the range of 2.5–25.8%. The average values for families are given and specific quantitative indicators of separate genera and species are given. The division of the studied species into three groups according to the content of the indicator is proposed: with low (up to 6.9%), medium (7.0-13.0%) and high (more than 13.0%) number. The studied species were analyzed on a scale of protein content (from 0 to 20 points). According to the given score, the studied cereals are in the group of species with low and medium content, and legumes - medium and high.  In the dynamics of protein content during the phases of the growing season you can see a certain trend. Maximum protein is accumulated by representatives at earlier stages of ontogenesis. Analysis of the indicator, depending on their relationship to the biomorph showed some patterns. Thus, annual species, on average, contain an indicator at the level of the second group, and perennial - all three groups. Two-year-olds most often have protein at the level of the third group. This is understandable because they need a lot of nutrients for overwintering and active flowering and fruit formation  next year. Moisture conditions also affect protein accumulation. Thus, the studied xerophilous Poaceae according to our research have 9.2 ± 0.4%, mesophilic - 8.2 ± 1.2%. Proven value biomorfy to quantify protein content. It is shown that the concentration parameter affecting growing conditions, including moisture.
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期刊介绍: The fundamental task set by the editors of the journal is to bring together and present a diversity of research connected with ecology. Apart from the traditional ecological research areas, the scope of the journal will embrace more peripheral ecological issues connected with other disciplines of biology. Recognizing the increasing importance of the humanities in ecological research, the editors will strive to give such issues due representation in the journal. We hope to encourage the researchers contributing to the journal to adopt an unconventional approach to solving ecological problems, to go beyond classical, well-established conceptions, and to include methodological and anthropological issues. Such an approach is validated by the intensive development of the sciences bordering on both biology and the humanities that has been observed over recent years.
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