Assessment of ecological state of Rostov zoo soil

Q3 Agricultural and Biological Sciences Eurasian Journal of Soil Science Pub Date : 2021-04-01 DOI:10.18393/EJSS.824654
K. Kazeev, A. Zhadobin, A. Gobarova, A. Fedorenko, S. Kolesnikov
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引用次数: 1

Abstract

A comparative study of ecological and biological parameters of soils of the Rostov-on-Don Zoo was carried out in 2017-2020. Monitoring sites were studied in areas of various purpose: aviaries with different animals, recreation area, park area. The control plot was a relatively undisturbed park section in the territory of the zoo. Different sites revealed heterogeneity of ecological conditions and soil properties. The most significant difference was in the physical properties of soils. Density, penetration resistance, and soil structure were degraded in aviaries with large animals: rhinos, zebras, deer. Using methods of bioindication, the degree of change in the soil of aviaries was determined compared with the soil of the control plot. The abundance of nitrogen-fixing bacteria of the Azotobacter genus was reduced in the soils of aviaries with zebras, rams, rhinos and giraffe due to the artificial addition of sand to the soil for the purpose of improvement of its physical properties. The activity of soil enzymes (urease and dehydrogenases) was significantly increased in the soils of aviaries due to their contamination with animal excretory products. A particularly high increase was in urease (up to 7.4 times relative to the control soil). The main problems of the topsoil of the zoo are overconsolidation, structural degradation, organic pollution, change in biological activity. The degree of change depends on the size of aviaries, the size and activity of animals and soil amelioration aimed at regulating physical properties of the soil.
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罗斯托夫动物园土壤生态状况评价
2017-2020年,对顿河畔罗斯托夫动物园土壤的生态和生物参数进行了比较研究。监测点在不同用途的区域进行了研究:不同动物的鸟舍、娱乐区、公园区。控制地块是动物园范围内一个相对未受干扰的公园区域。不同的场地表现出生态条件和土壤性质的异质性。最显著的差异是土壤的物理性质。在饲养大型动物(犀牛、斑马、鹿)的鸟舍中,密度、渗透阻力和土壤结构都有所下降。采用生物指示法,测定了鸟舍土壤与对照区土壤的变化程度。由于在土壤中人为添加沙子以改善其物理性质,在饲养斑马、公羊、犀牛和长颈鹿的鸟舍土壤中,固氮菌属固氮菌的丰度降低。鸟舍土壤中的脲酶和脱氢酶活性由于受到动物排泄物的污染而显著提高。脲酶的增幅特别高(相对于对照土壤高达7.4倍)。动物园表层土的主要问题是过度固结、结构退化、有机污染、生物活性变化。变化程度取决于鸟舍的大小、动物的大小和活动以及旨在调节土壤物理特性的土壤改良。
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来源期刊
Eurasian Journal of Soil Science
Eurasian Journal of Soil Science Environmental Science-Environmental Science (miscellaneous)
CiteScore
2.00
自引率
0.00%
发文量
40
审稿时长
16 weeks
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