Improvement on Plant Uptake of Inorganic Nutrients Fertilized by Migration of Water-Soluble Organic Matter From Animal Manure-Based Compost

Hayashi, Seigoro; Hara, Michio; Katoh, Masahiko

doi:10.1007/s42729-022-00895-9

Cited by 8 publications

(5 citation statements)

References 56 publications

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“…However, it became, unexpectedly, even more negative in the topsoil under the addition of manure. This suggests enhanced downward migration of manure-K, as has been shown before, e.g., [61], and a build-up of a K reservoir in the subsoil. Overall, a negative K balance, as compared to the fallow values, is recorded in the topsoil and a neutral one is recorded in the subsoil.…”

Section: Effect Of Fertilizationsupporting

confidence: 73%

The Effect of K-Fertilization and Irrigation on the Composition of Cultivated Soils: Examples from Israel

Sandler,

Fine,

Bar-Tal

2023

Minerals

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Evaluation of soil sustainability should take into account chemical and mineralogical changes due to cultivation. Potassium (K) application is a key farming practice that may potentially affect phyllosilicate composition and soil properties. Irrigation is another agent that affects soil composition. This study aims to evaluate the imprints of cultivation on the chemical and mineralogical compositions of lowland soils under semi-arid and Mediterranean climate regimes and to assess them with the natural pedogenesis. The sites examined include two permanent plot experiments with crop rotation, and three single-plant plots. Cultivated, control, and fallow soils were analyzed for their chemical and mineralogical composition. The X-ray diffraction patterns of the clay fraction were decomposed to achieve quantitative detection of changes among the illite–smectite (IS) phases and in kaolinite amounts. In loamy and clayey soils dominated by IS phases, cultivation caused minor changes and diverse behavior of the IS phases. Yet, the K balance was negative under high fertilization levels and higher plant mass production. Fertilization enhanced the natural process of transforming IS into kaolinite and illite in the sandy soil, leading to a positive K balance. This study emphasizes the importance of IS minerals as a dynamic K pool that responds to plant needs.

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Section: Effect Of Fertilizationsupporting

confidence: 73%

The Effect of K-Fertilization and Irrigation on the Composition of Cultivated Soils: Examples from Israel

Sandler,

Fine,

Bar-Tal

2023

Minerals

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“…The soil samples were extracted with water, and the extract was analyzed for water‐extractable phosphorus (WEP); water‐extractable potassium (WEK), water‐extractable calcium (WECa), water‐extractable magnesium (WEMg), water‐extractable iron (WEFe), water‐extractable copper (WECu), water‐extractable zinc (WEZn), water‐extractable boron (WEB), and water‐extractable manganese (WEMn) in inductively coupled plasma optical emission spectroscopy (ICP‐OES, Agilent Technologies). Water extractions were done to understand the nutrient availability mineralized from BL because the water‐extractable nutrients have a positive correlation with the amount of nutrients that can be directly taken up from the soil solution by crops (Hayashi et al., 2022), as well as the quantity of nutrients that can be lost through surface runoff or leaching (Fuhrman et al., 2005; Roswall et al., 2022).…”

Section: Methodsmentioning

confidence: 99%

Effects of broiler litter age and application rate on nutrient mineralization under laboratory condition

Feng,

Prasad,

Chakraborty

2023

Agrosystems Geosci & Env

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Broiler litter (BL), a byproduct of the broiler (Gallus gallus sp.) production cycle, can be regarded as a beneficial organic source to supply essential nutrients for crop growth. Understanding BL nutrient mineralization helps producers better manage nutrients on farms. However, the effects of BL age (length of time BL stays in poultry house before it is cleaned out, also known as the clean out frequency of BL) and application rate on the mineralization of BL nutrients are still poorly understood. Therefore, a 150‐day laboratory incubation study investigated the influence of BL age (6, 18, and 30 months) and application rate (5 and 10 Mg ha−1) on nutrient mineralization. The experimental design was a completely randomized design with three replications. Soil samples were collected at day 0, 10, 30, 60, 90, 120, and 150 and analyzed for nitrogen (N) species nitrate, ammonium, total N, and water‐extractable nutrients (water‐extractable phosphorus, potassium [WEK], calcium [WECa], magnesium [WEMg], iron [WEFe], copper [WECu], zinc (WEZn), boron [WEB], and manganese [WEMn]). Results showed that BL nutrient mineralization was affected by BL age or application rate, except WEFe. A greater amount of nitrate‐N was released during the first month, suggesting faster nitrification during the first 30 days after application. Mineral N (sum of nitrate‐ and ammonium‐N) release was more significant with the increasing age of BL and application rate. Greater availability of WEK, WECa, WEMg, and WEB was found in 18‐ and 30‐month BL from 10 Mg ha−1, and lowest in 6‐month BL from 5 Mg ha−1, whereas 6‐month BL with 10 Mg ha−1 has the greatest WECu. Our results suggested that older BL (30 months) with a greater application rate (10 Mg ha−1) had greater nutrient supply potential.

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“…However, the specific contributions of the simultaneous and partial distribution of WSOM and phosphorus to root responses remain unclear. Both phosphorus and WSOM readily sorb onto soil solid phases (Hamada & Katoh, 2022; Hayashi et al., 2022). Phosphorus and WSOM are distributed at different positions on the soil solid phases, even when they are simultaneously present as a result of heterogeneous fertilizer application.…”

Section: Introductionmentioning

confidence: 99%

“…For example, the combined application of urea and ammonium fertilizer increases the nitrogen mineralization derived from compost, which results in nitrogen uptake by plants (Han et al., 2004; Katoh et al., 2008; Moran et al., 2005). The presence of water‐soluble organic matter (WSOM) in animal manure compost can enhance the mobility of inorganic nutrients such as calcium and magnesium in the soil (Hayashi et al., 2022). Also, the combined application with animal manure compost increases the available phosphorus levels in the soil.…”

Section: Introductionmentioning

confidence: 99%

Root response and phosphorus acquisition under partial distribution of phosphorus and water‐soluble organic matter

Takahashi,

Katoh

2024

Soil Use and Management

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Understanding how phosphorus and water‐soluble organic matter (WSOM) from animal manure compost contribute to root development is essential for enhancing phosphorus utilization efficiency under their combined application. This study aims to determine mechanisms underlying root responses and phosphorus acquisition based on the partially varying available phosphorus levels in root zone soil following WSOM. The plant growth test was performed using a specifically designed pot where the root elongation was guided into the soil of different root compartments with either phosphorus combined with WSOM or single phosphorus or WSOM. The results revealed high levels of available phosphorus in the root zone soil of individual plants in the presence of WSOM induced small root weight. Phosphorus concentrations in the root exhibited a negative correlation with root weight. Improved root structure development even in the presence of WSOM induced to increase uptake of phosphorus and other nutrients in the plant. Furthermore, a positive linear relationship was observed between nutrient uptake and aboveground dry weight. These findings provide pioneering experimental evidence demonstrating that root development varies to some extent depending on the level of available phosphorus induced by the combined application of phosphorus and WSOM, even within the root zone soil of individual plants. Given that plant growth varied based on partial root development even when phosphorus and WSOM were combined, this study suggests that implementing appropriate phosphorus fertilizer application while considering the augmented availability of phosphorus via the combined application of animal manure compost can promote root development and nutrient uptake, resulting in improved plant growth.

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Improvement on Plant Uptake of Inorganic Nutrients Fertilized by Migration of Water-Soluble Organic Matter From Animal Manure-Based Compost

Cited by 8 publications

References 56 publications

The Effect of K-Fertilization and Irrigation on the Composition of Cultivated Soils: Examples from Israel

The Effect of K-Fertilization and Irrigation on the Composition of Cultivated Soils: Examples from Israel

Effects of broiler litter age and application rate on nutrient mineralization under laboratory condition

Root response and phosphorus acquisition under partial distribution of phosphorus and water‐soluble organic matter

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