A Study on Effects of Different Mixtures of Zeolite with Soil Rates on Some Yield Parameters of Alfalfa (Medicago sativa L.)

Türk, Mevlüt; Bayram, Gamze; Budakli, Emine; Çelik, Necmettin

doi:10.3923/ja.2006.118.121

Cited by 16 publications

(5 citation statements)

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“…By retaining beneficial nutrients in the root zone, its addition to soil will significantly reduce water and fertilizer costs. In addition to keeping the soil aerated and moist, natural zeolite also keeps it active for a long time because of its porous structure [69,70]. By using zeolite with fertilizers, soil pH levels will be buffered, reducing the need for lime application.…”

Section: Discussionmentioning

confidence: 99%

Study and evaluation of natural zeolite and dried zeolite for the cultivation of friggitello pepper

Domenico Prisa

2023

World J. Adv. Res. Rev.

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Research objective: The aim of this research was to evaluate whether differences exist between natural and dried chabazite zeolite in the cultivation of Friggitello peppers Materials and Methods: The experiments, which started in January 2023, were conducted in the CREA-OF greenhouses in Pescia (Pt), Tuscany, Italy (43°54′N 10°41′E) on 'Friggitello' pepper seedlings. The plants were placed in pots with a diameter of 16, 10 plants per 3 replications, for a total of 30 seedlings per experimental thesis. The pepper trial included the following theses (irrigated and fertilised): i) peat 70% + pumice 30%; ii) peat 70% + pumice 10% + natural chabazite zeolite 20%; iii) peat 70% + pumice 10% + dried chabazite zeolite 20%. Plant height, number of leaves, vegetative weight, root volume and length, number of fruits (peppers), fruit weight and the number of microorganisms in the substrate were determined on 18 July 2023. Results and Discussion: The experiment showed that the use of chabazite zeolite can indeed significantly improve the vegetative and root growth and productive and size fruits of Friggitello pepper plants (Table 1). Clear differences in growth are evident between the use of natural zeolite (ZEONAT) and dried zeolite (ZEOESS), with the natural zeolite performing better with regard to all agronomic parameters analysed. In the substrate analysis, a greater presence of microbial biomass was found in the zeolite theses than in the control theses, with greater superiority of microorganisms in the substrate with natural chabsite zeolite. Zeolites are used successfully in the cultivation of many crops. Including cereals, vegetables, grapes and other fruits. By enhancing the absorption ability of soil, zeolite enhance the long-term quality of soil by retaining nutrients. Conclusions: Due to its high absorption rate, cation exchange, catalysis, and dehydration capacity, chabazite is the most common zeolite for agricultural applications. Therefore, zeolite fertilizers are used to improve plant growth by improving their value. Additionally, they can be used as molecular sieves or filters and retain nitrogen in the manure and sludge they produce. For agricultural production, zeolites must have uniform properties and have unique properties such as cation exchange capacity, pH, and B content. Important differences exist between the use of a natural zeolite and a dried one, especially in the significant presence of useful microbiology in the interactions with the plant, in terms of growth and protection.

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Section: Discussionmentioning

confidence: 99%

Study and evaluation of natural zeolite and dried zeolite for the cultivation of friggitello pepper

Domenico Prisa

2023

World J. Adv. Res. Rev.

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“… characterisation of the zeolite deposits available within each country [69];  determining the physical stability of zeolite in different soil environments [70];  developing low-cost methods for organo-zeolite fertilizers [70];  evaluating nutrient release patterns from organo-zeolites [71];  assessing the long-term impact of zeolites on soil biological functions [72];  the understanding of zeolite-mediated heavy metal stabilisation mechanisms in contaminated soils [73];  the development of zeolitic herbicides to minimise herbicide residues in soil-plant systems [70].…”

Section: Future Perspectives On the Use Of Zeolitesmentioning

confidence: 99%

Zeolites: A potential strategy for the solution of current environmental problems and a sustainable application for crop improvement and plant protection

Domenico Prisa

2023

GSC Adv. Res. Rev.

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In the light of current justified international concerns about pollution caused by both greenhouse gases and by current agricultural practices, as well as the management of livestock manure, zeolite rocks with a prevalent zeolite content (a mineral endowed with peculiar chemical-physical properties), are widely used worldwide. They have a high extraction potential and represent an effective and scientifically proven means of pollution control. Moreover, based on the results of countless laboratory and field experiments, zeolites (in particular Italian chabazite) rich in potassium (K) but low in sodium (Na) and with high drainage and water retention properties, have an effective potential for environmental protection, reduction of fertilizers and irrigation water, and increase of agronomic production. In agriculture and horticulture, in particular, the permanent correction of agricultural soils and growing media with appropriate amounts of zeolites makes it possible to reduce the input of synthetic fertilizers and water as well, in order to substantially increase yields in quantity and quality. However, there are few scientific articles describing the use of zeolite in agriculture and its benefits for farmers. This review is aimed at gaining a better insight into the application of zeolites in agriculture, particularly in difficult climatic situations, and to provide more information on how these minerals can ensure both the reduction of the use of fertilizers and the increase of plant protection. In addition, details and explanations are provided on the term 'zeolitite' used in order to ensure higher quality agricultural products.

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“…There are numerous agricultural applications for zeolites, yet their rational and profitable use requires systematic and comprehensive research. Future research must address several important aspects, including: (a) characterisation of the zeolite deposits available within each country [69]; (b) determining the physical stability of zeolite in different soil environments [70]; (c) developing low-cost methods for organo-zeolite fertilizers [71]; (d) evaluating nutrient release patterns from organo-zeolites [72,73]; (e) assessing the long-term impact of zeolites on soil biological functions [74]; (f) the understanding of zeolite-mediated heavy metal stabilisation mechanisms in contaminated soils [75]; (g) the development of zeolitic herbicides to minimise herbicide residues in soil-plant systems [70].…”

Section: Future Perspectives On the Use Of Zeolititesmentioning

confidence: 99%

The Contribution of Zeolitites to Current Environmental Problems and Sustainable Applications for Cultivation and Plant Protection

Prisa¹

2023

Preprint

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In the light of current justified international concerns about pollution caused by both greenhouse gases and by current agricultural practices, as well as the management of livestock manure, zeolite rocks with a prevalent zeolite content (a mineral endowed with peculiar chemical-physical properties), are widely used worldwide. They have a high extraction potential and represent an effective and scientifically proven means of pollution control. Moreover, based on the results of countless laboratory and field experiments, zeolitites (in particular Italian chabazite) rich in potassium (K) but low in sodium (Na) and with high drainage and water retention properties, have an effective potential for environmental protection, reduction of fertilizers and irrigation water, and increase of agronomic production. In agriculture and horticulture, in particular, the permanent correction of agricultural soils and growing media with appropriate amounts of zeolitites makes it possible to reduce the input of synthetic fertilizers and water as well, in order to substantially increase yields in quantity and quality. However, there are few scientific articles describing the use of zeolite in agriculture and its benefits for farmers. This review is aimed at gaining a better insight into the application of zeolitites in agriculture, particularly in difficult climatic situations, and to provide more information on how these minerals can ensure both the reduction of the use of fertilizers and the increase of plant protection. In addition, details and explanations are provided on the term 'zeolitite' used in order to ensure higher quality agricultural products.

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A Study on Effects of Different Mixtures of Zeolite with Soil Rates on Some Yield Parameters of Alfalfa (Medicago sativa L.)

Cited by 16 publications

References 4 publications

Study and evaluation of natural zeolite and dried zeolite for the cultivation of friggitello pepper

Study and evaluation of natural zeolite and dried zeolite for the cultivation of friggitello pepper

Zeolites: A potential strategy for the solution of current environmental problems and a sustainable application for crop improvement and plant protection

The Contribution of Zeolitites to Current Environmental Problems and Sustainable Applications for Cultivation and Plant Protection

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