Influence of Organic Residue Recycling on Crop Yield, Nutrient Uptake, and Microbial and Nutrient Status of
            <i>rabi</i>
            Sorghum (
            <i>Sorghum bicolor L</i>
            .) under Dryland Condition

Pawar, Anuradha; More, N. B.; Amrutsagar, V. M.; Tamboli, B.D.

doi:10.1080/00103624.2019.1566467

Cited by 3 publications

(2 citation statements)

References 2 publications

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“…Kurniati [56] reported that the addition of L. leucocephala leaves would increase C levels in liquid organic fertilizers. Pawar [57] reported that the application of L. leucocephala could increase the total available N and phosphorus. L. leucocephala leaves contain 25.9% of protein; 4.0% of carbohydrates, 4.0% of tannins, 7.19% of mimosine, 2.36% of calcium, 0.23% of phosphorus, 536 ppm of b-carotene and 20.1 Joule of energy [58].…”

Section: White Lead Treementioning

confidence: 99%

Organic materials to enhance climate change resilience on shallot production: a review

Murtiningsih¹,

Sopha²,

Marpaung³

et al. 2023

IOP Conf. Ser.: Earth Environ. Sci.

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Shallot is one of the most important vegetables for Indonesian people due to its circumstances as the main ingredient in many Indonesian foods. The use of organic materials as nutrient sources is growing, concerning the increasing consumer demands on organic products and environmental issues such as climate change. Using organic materials helps plants to mitigate and adapt the environmental changes. This review described the potential organic sources as liquid organic fertilizer to support shallot growth. The method of this review was a systematic literature review that was grouped by themes. Liquid organic fertilizer is one of the most effective ways to improve plant production. The results showed that the effect of liquid organic fertilizer depends on the raw materials that were used. Several organic materials that potentially enhance shallot production and quality would be discussed, including rabbit manure, black soldier fly manure (kasgot) and white lead tree leaves. Those organic materials contain a high concentration of phosphorus, potassium and nitrogen that might accelerate shallot growth. The potential effect of those organic materials on increasing shallot production would be described briefly.

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Section: White Lead Treementioning

confidence: 99%

Organic materials to enhance climate change resilience on shallot production: a review

Murtiningsih¹,

Sopha²,

Marpaung³

et al. 2023

IOP Conf. Ser.: Earth Environ. Sci.

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“…The area is mostly rainfed and occasionally suffers from drought resulting in low crop productivity. Its soil is classified as Vertisol (Vertic Ustropept) developed on basaltic alluvium parent materials and clayey in texture with a pH 7.8, organic C 2.7 g kg À1 , available nitrogen 154 kg ha À1 , phosphorus 12.5 kg ha À1 and potassium 775 kg ha À1 at the start of the experiment (Pawar et al, 2019).…”

Section: Experimental Sitementioning

confidence: 99%

Sulphur flow in soil–plant system with long‐term agricultural practices on a Vertisol

Ghosh

Murmu

Adhikary

et al. 2022

European J Soil Science

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Sulphur (S) deficiency is widespread in agricultural fields across the globe. Its flow in the soil–plant system under different management practices is too poorly understood to strategize S fertilisation with increased efficiency. Accordingly, an attempt was made to elucidate the pathways of S flow in soils and to plants under organic, inorganic, and integrated nitrogen (N) management practices using a 30‐year‐old long‐term field experiment planted with sorghum in the semi‐arid tropics. Partitioning soil S into pools, we observed that exchangeable (4.2%) and adsorbed (4.6%) pools constituted a small part of total soil S but contributed mainly to S nutrition (46% and 33%) of sorghum; it also contributed to the variability of S extractable by six commonly used extractants. Using multiple criteria, the superiority of monocalcium phosphate as an extractant for assessment of S in Vertisols was established. Among the N management practices, integrated N management performed better in supplying S in soils and to sorghum, and excelled, both in retention (35.9% of applied) and utilisation (13%) of S, curbing its losses (51.1%) from the system, over the organics (26%, 8.4%, and 65.6%, respectively) and inorganic (11.6%, 7.1%, and 81.3%, respectively) management practices. The integrated management practices with farmyard manure (FYM) excelled in improving S in soils, including economics. Out of the organics, FYM was more effective in improving S availability in soils and its nutrition of the crop over the crop residue, and green manure. Changes in organic C, and oxides and hydroxides of Fe and Al in soils are the keys governing the flows of S in the soil–plant system. A detailed pathway of the increased efficacy of S fertilisation upon conjoint application of N sources over the others was highlighted for adoption in Vertisols of semi‐arid tropics. Highlights Inter‐relationship between pools and extractants of S were elucidated. Organic C and sesquioxides played a key role in S transformation in soils. Monocalcium phosphate was the most sensitive extractant for S in soils. Sixty two percent of the applied S was lost, 28% retained and 10% utilised.

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Enhancing Organic Tomato Yield and Quality by Liquid Organic Fertilizer

Sopha¹,

Efendi²,

Lukman³

2020

J. of Agronomy

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Influence of Organic Residue Recycling on Crop Yield, Nutrient Uptake, and Microbial and Nutrient Status of rabi Sorghum ( Sorghum bicolor L .) under Dryland Condition

Cited by 3 publications

References 2 publications

Organic materials to enhance climate change resilience on shallot production: a review

Organic materials to enhance climate change resilience on shallot production: a review

Sulphur flow in soil–plant system with long‐term agricultural practices on a Vertisol

Enhancing Organic Tomato Yield and Quality by Liquid Organic Fertilizer

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