Effect of Foliar-Applied Humic Acid to Dry Weight and Mineral Nutrient Uptake of Maize under Calcareous Soil Conditions

Çelik, Hakan; Katkat, A. Vahap; Aşik, Barış Bülent; Turan, Metin

doi:10.1080/00103624.2011.528490

Cited by 56 publications

(44 citation statements)

References 25 publications

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“…with spraying (H.A). This finding is consistent with studies conducted by Celik et al (2010) explained that humus had beneficial effects on nutrient uptake, transport and availability to maize plant that enhances the maize plant growth. Tables 3 and 6 showed that application of FYM or Microbein combined with studied activators (H.A or F.A) had a significant effects on increasing phosphorus uptake in grains in both seasons under study.…”

Section: і Grain Yield Of Maize As Affected By Inorganic Organic Nisupporting

confidence: 82%

“…were found by spraying of H.A in 2014 and 2015 seasons, respectively. Similar results was obtained by Puglisi., et al,(2009) ;Celik et al (2010) and Tahir et al, (2011). They indicated that potassium humate as product of HA increases the release of primary macronutrients (N, P and K).…”

Section: і Grain Yield Of Maize As Affected By Inorganic Organic Nimentioning

confidence: 99%

“…in 2014 and 2015 seasons respectively). Celik et al (2010) explained that humus had beneficial effects on nutrient uptake, transport and availability to maize plant that enhances the maize plant growth. Tahir et.al., (2011), Puglisi., et.…”

Section: і Grain Yield Of Maize As Affected By Inorganic Organic Nimentioning

confidence: 99%

“…This may be attributed that humic acid affected plant physiology positively, including enhancement of biomass yields, induction of lateral roots emergence, increase of cell respiration and membrane uptake of nutrients and exertion of hormonelike activities Puglisi., et.al.,(2009). Celik et al (2010) explained that humus had beneficial effects on nutrient uptake, transport and availability to maize plant that enhances the maize plant growth and increases maize yield. The ability of HA to release the nutrient slowly due to the decomposition of residue for a longer time could be the possible explanation for improved grain yield due HA application (Dev and Bhardwaj, 1995) These results are in agreement with Sharif et al (2002) and (Kamran et.al., 2014).…”

Section: і Grain Yield Of Maize As Affected By Inorganic Organic Nimentioning

confidence: 99%

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Use of Some Organic and Bio Fertilizers as a Partial Substitution of the Mineral Nitrogen Fertilization for Corn

2017

AJAS

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A field experiment was conducted at Shandweel Agricultural Research Stations, Sohag Governorate, during each of the two successive summer seasons 2014 and 2015 to study the effects of organic and bio fertilizers as a partial substitution of the mineral nitrogen fertilization and their effects on yield, (N,P and K uptake) and protein content in grains for the TWC 310 maize cultivar. The used soil was clay loam in texture, having pH 7.7, O.M 1.27%. The experiments were laid down in split-split plot design with four replications. The experiments included 27 treatments, which were the combination of 3 nitrogen levels (60,90 and 120 kg N fed -1 ), 3 treatments of organic and bio fertilizer (without organic and bio fertilizer, 10m 3 FYM fed -1 and microbein inoculume) and 3 treatments of humic acid (water spraying, humic and fulvic acid spraying) at a rate (2% v/v) at two times (30 and 45 days from planting). The obtained results revealed that a significant and gradual increase in grain yield, N, P and K uptake and protein content were found by increasing nitrogen fertilizer levels from 60 to 120 kg N fed -1 during the two seasons of the study. The results also revealed significant improvements in grain yield and N, P and K uptake and protein content due to the applications of farm yard manure or (Microbein) compared with the control (without organic and bio fertilizers) in both seasons. The effect of spraying humic acid was significant for all studied traits. The interaction effects of all factors under study were significant for all studied traits. The highest values in grain yield were (29.078 and 28.735 ard. fed -1 ) and were obtained by adding 90 kg N fed -1 . combined with 10m3 FYM fed -1 . and sprayed with F.A during 2014 and 2015 seasons respectively. It can be recommended that the possibility to minimize the application of chemical fertilizer and in the same time increasing maize production in quantity and quality was true by adding organic and/or bio fertilizers.

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Section: і Grain Yield Of Maize As Affected By Inorganic Organic Nisupporting

confidence: 82%

Section: і Grain Yield Of Maize As Affected By Inorganic Organic Nimentioning

confidence: 99%

Section: і Grain Yield Of Maize As Affected By Inorganic Organic Nimentioning

confidence: 99%

Section: і Grain Yield Of Maize As Affected By Inorganic Organic Nimentioning

confidence: 99%

See 2 more Smart Citations

Use of Some Organic and Bio Fertilizers as a Partial Substitution of the Mineral Nitrogen Fertilization for Corn

2017

AJAS

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“…Phosphorus losses were found to be much more dependent on the soil texture and soil phosphorus and humus content (Buciene et al, 2007). Humus has beneficial effects on nutrient uptake, transport and availability to plant and it enhances stress tolerance (Celik et al, 2010). In Lithuania, artificial drainage is a common agricultural practice.…”

Section: Introductionmentioning

confidence: 99%

Effects of Humus Thickness Layer on Drainage Runoff

Miseckaitė¹

2015

AgricultForest

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SUMMARYThe article presents the influence of fluctuation of the main climatic factors over time on drainage runoff, the analysis of drainage runoff distribution in the course of a year. The size of drainage runoff depends on meteorological conditions of the year, the most important of which are the precipitation quantity and air temperature, however, the soil characteristics conditions are very important factor too. The impact of humus on heavy-textured soil is multiple, since not only moisture regimes, biological activity, sorption capacity, chemical and biological characteristics, stability of plant nutrition are related with its quantity. This study presents drainage runoff dynamic in two contrasting humus thickness layers systems (in soil with thickened (up to 40-50 cm) humus layer and with humus layer of natural thickness (20-30 cm) during various seasons) during 1989-2012 years of a long-term experiment in Centre Lithuania. It was found that the thicker layer of soil humus substantially improves the drainage performance. The field with the thickened humus content drainage runoff ranged higher amplitude than the field in all seasons, with a natural layer of humus. It is determined that the lowest quantity of precipitation in the researched territory during the research period is in spring and winter but the highest -in summer and autumn. During the research period the highest drainage runoff in the field with thickened humus layer was during winter season (46%), in the field with humus layer of natural thickness -in winter and spring almost the same (32-33%).

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