Skip to content
Open access

Phyto-ameliorants for saline and solonetzic soils of the Black Sea Region

Jul 2026 · Dokuchaev Soil Bulletin · pp. 194-213 · 0 citations · 7 references

Abstract

Soils subject to salinization occupy 18.2% of agricultural land in Russia (including Crimea). There is no information about the area of saline lands in Kherson and Zaporizhzhia regions of Russia for the period 20222024. In Kherson, 46.16% arable land was saline, and 20% in Zaporizhizhia. The phyto-remediation effect of green fertilizers includes their ability to accumulate humus and purify soil from harmful substances, including salinity. Green fertilizers are key resources for restoring soil fertility and adding organic matter to the soil. Different types of green fertilizer have different cultivation requirements depending on climate, soil type, and research goals. Their effectiveness lies in their ability to improve the structure of soil, increase the level of organic matter and enrich it with essential nutrients. Prolonged use of such fertilizers leads to positive changes in soil characteristics: the supply of nutrients increases, acidity decreases, calcium and other alkaline components increase, and parameters such as absorption capacity, buffering, moisture content and porosity increase. The classification of green fertilizers depends on their function in crop rotation, processing methods and use as nutrients. Green fertilizers can be classified according to their role in agriculture and their impact on soil conditions. For the saline soils in the Kherson and Zaporizhzhia regions, the following phytomeliorants have been proposed: mustard, amaranth, barley, and sweet clover. 

Read PDF

Similar papers

Open access Oct 2026

The effect of humic fertilizer on soil fertility and corn yield in the conditions of Zhetysu

Light sierozem of the south-east of Kazakhstan are characterized by a low humus content, weak structure and limited moisture capacity, which causes their relatively low level of natural fertility and limits the productivity of agricultural crops. In the context of agricultural intensification, an urgent task is to find...

B. Suleimenov, S. Tanirbergenov, M. Kushanova et al. · 0 citations
Sep 2026

Biochar and Gypsum Synergy for Restoring Degraded Desert Soils and Enhancing Lettuce Productivity in Western Iraq

In a field study carried out on desert soil in the Tash area of Anbar Governorate during the cultivation of the lettuce crop in the autumn season of 2025, the effect of adding different levels of biochar (0, 5, 10 tons/hectare) and agricultural gypsum (0, 2, 4 tons/hectare) was tested according to the design of the com...

A. M. Raja · 0 citations
Open access Sep 2026

Role of the bacteria and humic acids in soil element availability and barley growth

ustainable agricultural development is an ideal solution to address the global food shortages especially in Iraq. This is due to the pollution of agricultural areas and the lack of water resulting from the use of excessive mineral fertilizers which have led to a decrease in the productivity of plants. An experiment was...

Haider.A. Al-Maamori, A. Salman, Sahar N. Mousa · 0 citations
Open access Oct 2026

Agronomic Viability of Landfill Leachate-derived, Humic Extract as an Agricultural Fertilizer

The objective of this study was to evaluate the agronomic viability of a humic extract (HE), obtained from landfill leachate, as an agricultural fertilizer. A sugarcane crop (Saccharum sp., var. RB867515’) was grown in pots in a greenhouse using samples of an Argissolo Vermelho-Amarelo (Ultisol) and a Latossolo Vermelh...

Roberto Martins Nazareth, Arthur de Pontes Coelho Jorge, G. Sant'Anna et al. · 0 citations
Open access 2026

EXPERIMENTAL VALIDATION OF Nigella sativa ASANEFFECTIVE BIO-PESTICIDE AND SOIL AMENDMENTFORSUSTAINABLE AGRICULTURE

The use of artificial chemicals in agriculture has degraded the environment, reduced soil fertility, and increasedpest resistance. Finding sustainable solutions has become necessary. The study examines the use of Nigella sativatoenhance soil and manage pests, highlighting its effectiveness against Tuta absoluta. In a c...

T. P. Rangamani, M. Srinivasulu, L. B. Lakshmi · 0 citations
Open access Aug 2026

Agrochemical Characteristics of Chernozems of Mountainous Shirvan Economic Region: A Case Study of Ismayilli District

This study evaluates the impact of long-term anthropogenic land-use practices on the physicochemical, particle-size, and microaggregate properties of cultivated mountain chernozems in the Ismayilli district, Azerbaijan. Soil pit No. 4 was established in a cereal field in Rushan village, while pit No. 15 was excavated u...

T. Yelmarlı · 0 citations

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.