Water-Regime Formation in Sands of the Archeda–Don Massif with Respect to the Distribution of Plant Formations

Кулик, А. К.; Kulik, K. N.; Vlasenko, M. V.; Sukhorukikh, Yu. I.; Biganova, S. G.

doi:10.1134/s2079096121040053

Cited by 4 publications

(2 citation statements)

References 1 publication

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“…When determining the indicators of incoming water from the arenas, the following information was collected: the area of sandy lands, water-physical and chemical properties of sandy soils, water regime and moisture balance, groundwater and their dynamics, spring runoff. A large amount of information is obtained from literary sources and own research [8][9][10].…”

Section: Methodsmentioning

confidence: 99%

Desalination and filling of river waters on the Don basin sandy lands: Geoecological component

Kulik,

Vlasenko

2023

E3S Web Conf.

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The research purpose is to assess the mesorelief geoecological significance in the desalination and filling of the river waters of the Kazanskaya-Veshenskaya sand massif. The studies were carried out on the watercourses of the eastern (Kumylga, Khopyor, Srednaya Elan’, Sukhaya Elan’, Malaya Peskovatka, Peskovatka rivers and spring in the Shakinskaya oak grove) and western (Otrog spring and situated in Kazanskaya forestry spring; Peskovatka, Elan rivers) parts of the massif. It is established that the underground runoff is 70% of the amount runoff through open watercourses (or 89 thousands m3). In October, the total daily flow through the Kazanskaya-Veshenskaya sand massif is 216 thousand m3. The annual groundwater supply is equal to 141.6 million m3. A third of this water is discharged in two spring months. The remaining 99.1 million m3 are discharged into the groundwater during the remaining 10 months. On average, this amounts to 330 thousand m3 per day.

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Section: Methodsmentioning

confidence: 99%

Desalination and filling of river waters on the Don basin sandy lands: Geoecological component

Kulik,

Vlasenko

2023

E3S Web Conf.

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“…), но и субтропического (унаби, хурма, гранат, инжир, маклюра и др.) климата благодаря высокой термообеспеченности территории [2,3].…”

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Experience and prospects of development of Virginia persimmon in phyto tea culture

Surkhaev

2024

Prirodoobustrojstvo

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The purpose of the research is to develop optimal technological parameters for the formation and methods of seasonal exploitation of phyto tea plantations of Virgin persimmon for the purpose of phyto meliorative development of low-productive sandy lands of the region. At the end of the last century, under the conditions of increasing climate change in the Eastern Caucasus, at the experimental site for the introduction of woody flora, the Achikulak NILOS VNIALMI, work began on the adaptation in the temperate zone of the region of a number of economically valuable subtropical crops, including the Virginian persimmon (Diospiros virginiana. L) for the purpose of phyto meliorative development of low-yielding sandy lands in the most thermally secure part of the territory, on the sands of the Tersko-Kuma interfluve. The potential of its naturalization is manifested not only by high tolerance to the environment (heat resistance, drought resistance, frost resistance), but also by significant nutritional value, along with fruits and leaves of a woody plant, with a hgih content of bioactive substances (vitamins, organic acids, minerals, etc.), which determines the possibility and prospect of developing a subtropical perennial in a phyto tea culture cultivation of caffeine-free raw materials of medicinal leaf drink. The work was completed in 2012‑2020 to develop effective methods for the formation, operation of persimmon tizan plantations and utilization of its leaf mass into valuable organic products for food and medicinal purposes

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Water Regime Types in Sand Massifs of the Don River Basin

Кулик

Балкушкин

2022

Arid Ecosyst

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Water-Regime Formation in Sands of the Archeda–Don Massif with Respect to the Distribution of Plant Formations

Cited by 4 publications

References 1 publication

Desalination and filling of river waters on the Don basin sandy lands: Geoecological component

Desalination and filling of river waters on the Don basin sandy lands: Geoecological component

Experience and prospects of development of Virginia persimmon in phyto tea culture

Water Regime Types in Sand Massifs of the Don River Basin

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