Effects of Soil Amendment with Crab Shell on the Growth and Nodulation of Soybean Plants (<i>Glycine max</i>Merr.)

Ali, Muhammad; Horiuchi, Takatsugu; Miyagawa, Shuichi

doi:10.1626/pps.1.119

Cited by 11 publications

(5 citation statements)

References 21 publications

(19 reference statements)

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“…Still, some studies have shown that the strong cell wall of algae could delay P release from algal biomass [32][33][34][35][36]. Similarly, the application of crustacean waste for plant growth has also improved crop yield [37][38][39]. However, experiments regarding its P availability are scarce and more research is needed to estimate its agronomic efficiency.…”

Section: Introductionmentioning

confidence: 99%

Substrate-Driven Phosphorus Bioavailability Dynamics of Novel Inorganic and Organic Fertilizing Products Recovered from Municipal Wastewater—Tests with Ryegrass

et al. 2022

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Municipal wastewater is a valuable source of phosphorus (P) for the production of fertilizing products, such as microalgae (MA), crab carapace material (CCM), P salt produced by chemical leaching of sludge (P salt CL), and sewage sludge ash produced by pyrolysis and the incineration of sludge (SSA PI). This study compares the P availability of these fertilizing products in three planting substrates (S1, S2, and S3) during a four-month growth period of perennial ryegrass. The unfertilized control in substrate S3 had a high and available P that masked the effect of the added fertilizing products. The P salt CL fertilizer exhibited the lowest shoot dry matter in the alkaline S2 substrate. Still, it can be used as a good source of P in both acidic and alkaline substrates, given that its shoot P content was among the highest in all substrates tested. The organic-rich fertilizing products, MA and CCM, are better suited for acidic substrates since a pronounced reduction in the shoot yield and P content was seen in the alkaline S2 substrate. In contrast, for the SSA PI fertilizer, the very small differences in shoot dry matter and P content in S1 compared to S2 indicated that it is suitable for both acidic and alkaline substrates. Four months were needed to observe the maximum shoot yields treated with these P fertilizing products. Considering that the substrate solution P (using Rhizons) for the P salt CL and MA fertilizers proved to be similar to shoot P uptake, Rhizon extraction could be used for assessing P bioavailability. The chemical composition of novel products indicated their potential to deliver not only P, but also other nutrients to plants. However, concentrations of inorganic contaminants in all products, except CCM, pointed out a possibility to pollute the environment by applying these fertilizers.

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Section: Introductionmentioning

confidence: 99%

Substrate-Driven Phosphorus Bioavailability Dynamics of Novel Inorganic and Organic Fertilizing Products Recovered from Municipal Wastewater—Tests with Ryegrass

et al. 2022

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“…Crab shell is a by-product of marine organisms (Muhammad et al, 1998). Vermin-compost reduces salinity in T2 and T5.…”

Section: Laboratory-based Analysismentioning

confidence: 99%

“…Other relevant advantages of crab shell application to agricultural soil include supplementing or replacing costly inorganic fertilizers. Therefore, crab shells can be a useful organic material for environmental conservation in sustainable agriculture (Muhammad et al, 1998). This craft shell was recently used in Poultry feed and aesthetic ornamental production.…”

Section: Introductionmentioning

confidence: 99%

Evaluation of nutrient efficiency of carapace (crab shell) in agriculture sector

Alim

2023

Int. J. Agril. Res. Innov. & Tech.

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In the coastal region, crab cultivators are concerned about the wastage produced by crab moulting and polluting soil health for pisciculture. Farmers have recently been using different bio-compost, produced after decomposing as vegetable wastage, cow dung, Trico-compost and vermin-compost. The nutritional composition of carapace based on dry matter has been approximately analysed and indicates DM-97.33%, Moisture-2.67%, Crude protein, CP-0.02%, Ether extract, Lipid-2.12%, Crude fiber, CF-5.57% and Ash, Minerals-20.25%. After decomposing, the crab shell was used for BARI hybrid summer tomato production in a field trial to observe the plant vegetative and yield performance. In the field, trial has been set five (5) treatments with six (6) replications for each treatment as T1= control treatment, T2= Soil (50%) + vermin-compost (50%), T3= vermin-compost (100%), T4= Crab Shell compost (100%), T5=Soil (50%) + Crab Shell compost (25%) + Vermin-compost (25%). Crab shell compost has a significant relation to vermin compost for enhancing the leaf length of the plant. T4 was more significant than T2 and T5 for enhancing the leaf width of plants and average fruit weight. Crab shell compost is non-significance for increased tiller number, inflorescence number and plant height. T5 have a more significant relation than vermin-compost for increasing the tiller number of plant. After the field trial, the soil nutrient analysis report showed that alkalinity is on the optimum label for crop production. Decomposed crab shell-treated soil also increases Organic matter, Nitrogen, Potassium, Boron, Zinc, and salinity but reduces phosphorous compared to the control treatment. Therefore, the decomposed crab shell is a nutrient source for agricultural production. Int. J. Agril. Res. Innov. Tech. 13(1): 103-109, June 2023

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“…A utilização do resíduo do caranguejo-uçá como fonte de desenvolvimento de plantas também foi bem-sucedido em outros trabalhos científicos, como no desenvolvido por Benchimol et al (2006) que constatou que a casca do caranguejo-uçá auxilia na promoção do crescimento de mudas de pimenta-do-reino. Ali et al, (1998) também identificaram que ao adicionar o resíduo imediatamente antes da semeadura de soja houve um aumento na produção e peso de sementes.…”

Section: Desempenho Agronômico Do Coentrounclassified

Compostagem orgânica do resíduo de caranguejo-uçá no cultivo de coentro

Ramos

Ribeiro

2019

Revista Verde

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Esta pesquisa teve como objetivo avaliar o desempenho agronômico do coentro e as características químicas do solo sob diferentes adubações orgânicas com resíduo do caranguejo–uçá. Para o desempenho agronômico foram coletadas a altura, massa verde e seca das plantas. Na análise química foram determinadas o pH e as concentrações de 〖Ca〗^(2+), 〖〖Ca〗^(2+)+Mg〗^(2+), 〖Al〗^(3+),〖Na〗^+, Acidez potencial (H^++〖Al〗^(3+)), Matéria Orgânica (M.O), Nitrogênio (N) e Potássio (P). Os tratamentos adubados com os compostos orgânicos que possuíam gliricídia, folhas secas e 5% de resíduos do caranguejo apresentaram melhor desempenho agronômico. No que diz respeito às características químicas a Análise de Agrupamento Hierárquica (AAH) permitiu identificar a formação de três grupos, que se uniram de acordo com as quantidades de resíduos do caranguejo presente nos tratamentos. E com a Análise de Componentes Principais (ACP) foi possível identificar que a adição de resíduos do caranguejo-uçá contribuiu para o aumento nos teores de 〖Ca〗^(2+), 〖〖Ca〗^(2+)+Mg〗^(2+),〖Na〗^+e pH alcalino, e na inexistência de 〖Al〗^(3+)e Acidez potencial (H^++〖Al〗^(3+)) no solo.

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Effects of Soil Amendment with Crab Shell on the Growth and Nodulation of Soybean Plants (Glycine maxMerr.)

Cited by 11 publications

References 21 publications

Substrate-Driven Phosphorus Bioavailability Dynamics of Novel Inorganic and Organic Fertilizing Products Recovered from Municipal Wastewater—Tests with Ryegrass

Substrate-Driven Phosphorus Bioavailability Dynamics of Novel Inorganic and Organic Fertilizing Products Recovered from Municipal Wastewater—Tests with Ryegrass

Evaluation of nutrient efficiency of carapace (crab shell) in agriculture sector

Compostagem orgânica do resíduo de caranguejo-uçá no cultivo de coentro

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