Effect of soil Ph and nitrogen source on the nutrient status in peach: II. Micronutrients

Cummings, G. A.; Xie, Hai Sheng

doi:10.1080/01904169509364922

Cited by 5 publications

(2 citation statements)

References 16 publications

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“…Thus, the uptake of manganese by plants depends on both soil acidity and its sorptive capacity. A study carried out by CUMMINGS and XIE (1995) shows that higher soil reaction causes a decline in the soil's content of bioavailable forms of manganese and, consequently, leads to less Mn in crops. These authors did not find out any positive effect produced by dolomite lime on the content of water soluble forms of manganese in soil, although enrichment of soil with bird manure was positively correlated with their content.…”

Section: Resultsmentioning

confidence: 99%

Effect of soil contamination with arsenic and application of different substances on the manganese content in plants

Najmowicz

Wyszkowski²,

Ciecko³

2012

J. Elem.

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The aim of the study has been to determine the effect of some substances such as dolomite, loam, compost, pinewood bark, peat, lime, charcoal, natural and synthetic zeolite on reducing the impact of soil contamination with arsenic on the content of manganese in some plant species. The content of manganese in the test plants depended on the degree of soil contamination with arsenic, application of different substances as well as on the plant species and organ. Soil contamination with arsenic caused either an increase or a decrease in the content of manganese in plants depending on a plant species and organ. In the series without soil amending substances, in the arsenic contaminated objects the manganese content decreased in above-ground parts of cocksfoot and swede but increased in above-ground parts and roots of maize and yellow lupine, in roots of cocksfoot and swede and in straw and roots of spring barley. On the other hand, the highest rates of arsenic depressed the content of manganese in roots of cocksfoot, swede and spring barley. Addition of any of the aforementioned substances to contaminated soil changed the content of manganese in the plants. The most unambiguous effect of the different substances was determined in the case of above-ground parts of maize as well as above-ground parts and roots of cocksfoot, in which the manganese content fell down, and in roots of yellow lupine, grain and straw of spring barley, in which the content of manganese rose. Charcoal and loam caused the largest and synthetic zeolite led to the smallest changes in the content of manganese in plants.

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Section: Resultsmentioning

confidence: 99%

Effect of soil contamination with arsenic and application of different substances on the manganese content in plants

Najmowicz

Wyszkowski²,

Ciecko³

2012

J. Elem.

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“…The uptake of Fe, Cu and Zn may have been higher in manure-amended than fertilized soils because of higher canola and wheat yields on some manure-amended than fertilized soils, or because levels of plant-available micronutrients were higher in manureamended than fertilized soils. After 13 yr of lime and fertilizer treatments, Cummings and Xie (1995) found higher Cu and Zn concentrations in leaves, shoots and trunks of peach trees fertilized with poultry manure than with inorganic N fertilizers, which they attributed to plant-available micronutrients contained in the poultry manure. Other agents in manure (e.g., organic acids and chelating agents) may have altered micronutrient availability in the manure-amended soils.…”

Section: Soil Ph and Soil Available Nutrientsmentioning

confidence: 99%

Cattle manure and lime amendments to improve crop production of acidic soils in Northern Alberta

Whalen

Chang²,

Clayton³

2002

Can. J. Soil. Sci.

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G. W. 2002. Cattle manure and lime amendments to improve crop production of acidic soils in northern Alberta. Can. J. Soil Sci. 82: 227-238. Crop production on acid soils can be improved greatly by adjusting the pH to near neutrality. Although soil acidity is commonly corrected by liming, there is evidence that animal manure amendments can increase the pH of acid soils. Fresh cattle manure and agricultural lime were compared for their effects on soil acidity and the production of canola (Brassica napus L.) and wheat (Triticum aestivum L.) in a greenhouse study. Canola and wheat yield, the nutrient content of grain and straw, and selected soil properties were determined on a Gray Luvisol (pH 4.8) from the Peace Region of Alberta. Soil pH increased with lime and manure applications, and canola and wheat yields were higher in limed and manureamended soils than unfertilized, unlimed soils. Macronutrient uptake by canola and wheat was generally improved by liming and manure applications, and micronutrient uptake was related to the effects of lime and manure on soil pH. An economic analysis compared the costs of using cattle manure and lime to increase soil pH to 6.0. The costs of applying lime and fresh cattle manure to increase soil pH were compared, based on the fees for purchasing and applying lime or loading, hauling and applying manure. The nutrient value of manure was calculated based on the quantities of plant-available N, P and K in fresh manure. At distances less than 40 km, it is economical to substitute fresh cattle manure for agricultural lime to increase soil pH of acidic soils. However, good manure management practices should be followed to minimize the risk of nutrient transport and environmental pollution from agricultural land amended with cattle manure.Key words: Agricultural economics, canola production, cattle manure, lime, soil pH, wheat production Whalen, J. K., Chang, C. et Clayton, G. W. 2002. L'amélioration de rendement dans les sols acides au nord de l'Alberta avec du fumier bovin et de la chaux. Can. J. Soil Sci. 82: 227-238. Il a été établi que les cultures en sols acides peuvent être améliorées en applicant un élément alcanisant, principalement de la chaux agricole, afin d'approcher le seuil de la neutralité. Or, si la chaux demeure assez populaire, il a déjà été suggéré que l'application de fumier peut aussi augmenter le pH du sol. L'expérience présentée dans cet article consistait à comparer l'impact d'un fumier frais de bovin sur le pH, ainsi que les cultures du canola (Brassica napus L.) et du blé (Triticum aestivum L.) à celui de la chaux. Les cultures étaient effectuées en serre sur un Luvisol gris (pH 4.8) de la région de Peace River en Alberta. Le pH du sol a augmenté avec l'application de la chaux et du fumier. Non seulement il est démontré qu'en general, les récoltes de blé et de canola sont plus abondantes sur les sols traités avec de la chaux ou du fumier que sur ceux traités seulement aux engrais chimiques, mais également que les deux traitements permettent une meilleure abs...

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Planting age of peach affects soil metal accumulation and distribution in soil profile

Wang

Guo

et al. 2019

Environ Monit Assess

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Effect of soil Ph and nitrogen source on the nutrient status in peach: II. Micronutrients

Cited by 5 publications

References 16 publications

Effect of soil contamination with arsenic and application of different substances on the manganese content in plants

Effect of soil contamination with arsenic and application of different substances on the manganese content in plants

Cattle manure and lime amendments to improve crop production of acidic soils in Northern Alberta

Planting age of peach affects soil metal accumulation and distribution in soil profile

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