Vermiculture as an important component of ecologically tolerant agricultural ecosystems
Vermiculture as an important component of ecologically tolerant agricultural ecosystems
Немає доступних мініатюр
Дата
2018
Автори
Sonko, Сергій Петрович
Vasilenko, Olga Volodimirivna
Sukhanova, Iryna Prohorivna
Shchetyna, Marina Anatoliyvna
Hurskiy., Igor Mykolayovich
Назва журналу
ISSN журналу
Назва тома
Видавець
Мелітопольського державного університету
Інструкція
The special attention should be paid to vermiculture in the development of alternative agriculture. Its essence is the use of
earthworm Eisenia fetida to obtain from various organic substances of environmentally friendly fertilizer – biohumus
containing a complete set of macro- and trace elements for agricultural plants. The research, which results are described in
this article, continues the work on the development of separate technologies of ecologically balanced nature use in crop and
livestock production; development of methodological bases of the theory of agricultural ecosystems as primary units of the
noosphere. The experimental work of the research was carried out in 2009-2017 on the research field of the scientificproduction department of Uman National University of Horticulture. The article shows main methodological and
technological methods for maintaining Eisenia fetida population under the conditions of experimental farming, as well as the
use of vermiculture products in the cultivation of some vegetable crops. The future direction of the vermiculture development
is associated with its active use in the cultivation of not only vegetable, but also fruit and ornamental plants, which can create
a specific basis in artificial agrophytocenoses, if they are grown in private farms. In general, we consider vermiculture as the
future basis for agricultural ecosystems resistant to man-made pressures.
Опис
Стаття у наукометричному виданні
Ключові слова
Vermiculture,
population,
Eisenia fetida,
biohumus,
cultivating sweet pepper
Бібліографічний опис
UkrainianJournalofEcology, 2018, 8(4), 236–242