Effects of sulfur on yield and plant sulfur of subterranean clover by Harith Jabbouri Loqa

Cover of: Effects of sulfur on yield and plant sulfur of subterranean clover | Harith Jabbouri Loqa

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  • Subterranean clover.,
  • Soils -- Sulphur content.

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Statementby Harith Jabbouri Loqa.
The Physical Object
Pagination[10], 70 leaves, bound :
Number of Pages70
ID Numbers
Open LibraryOL14254621M

Download Effects of sulfur on yield and plant sulfur of subterranean clover

When subterranean clover was grown in nutrient solution significant yield response to each increment of added sulfate (SO₄-S) occurred in 15, 30, 45 and 60 day old plants. Yield response to SO₄-S fertilized Steiwer soil also occurred at each rate of applied gypsum except in the 15 day old plants.

The increase in yield of subterranean clover grown in the nutrient solution due to Author: Harith Jabbouri Loqa. Abstract.

Graduation date: Subterranean clover was grown in nutrient solution and S\ud deficient Steiwer soil in the greenhouse. Plants were harvested at\ud 15, 30, 45 and 60 days after emergence.\ud When subterranean clover was grown in nutrient solution significant\ud yield response to each increment of added sulfate (SO₄-S)\ud occurred in 15, 30, 45 and 60 day old plants.

Gilbert MA, Robson AD () The effect of sulfur supply on the root characteristics of subterranean lover and annual ryegrass. Plant Soil –80 CrossRef Google Scholar Janssent KA, Vitosh ML () Effect of lime, sulfur, and molybdenum on N 2 fixation and yield of dark red kidney by: For subterranean clover, sulfur application increased the number of lateral branches, petiole length and shoot yield.

Sulfur application had similar effects on ryegrass, but only at the high level of nitrogen supply. Nitrogen application increased leaf length and tiller number of ryegrass, and increased yield and sulfur content of shoots of both by: 2.

Other significant sulfur compounds are also: lipoic acid, coenzyme A, biotin, and thiamin. In some plants, sulfur can be additionally present in the form of volatile compounds, an example of which may be allyl oil and its glycoside derivatives called mustard oils [4, 5].

Despite the importance of sulfur for plant growth and development, as well. Little is known about the effects of S deficiency on cotton yield components. In container-grown cotton, S deficiency reduced. seedcotton weight and the number of bolls per plant, leaving a greater proportion of bolls at first-position fruiting sites.

Sulfur Effects on Cotton Yield Components. Table 1. In an Australian study in compaction- prone sandy loam soil, lettuce yield doubled following a crop of subclover.

Without the clover, lettuce yields were reduced 60 percent on the compacted soil. Soil improvement was credited to macropores left by decomposing clover roots and earthworms feeding on dead mulch.

Great grazing. Ayub Jan Muhammad, et al. Effect of different sources of sulphur on sol properties in citrus.

96 that sulfur application had significant effect on dry matter yield and it increased the oil contents of mustard by 12 %. They further reported that application of sulfur @ 60 mg kg-1 increased the uptake of sulfur in soybean.

Results indicated significant effect of sulphur and nitrogen, when applied together, on the growth characteristics, yield components, and seed and oil yield. Maximum response was observed with treatment T 6.

Sulfur deficiency caused stunting and chlorosis. With successive cuttings, P deficiency became less severe and S deficiency more severe. Nodulation observed at the end of the trial, was influenced more by S than by P.

Maximal nodulation was achieved with the highest S level, at any of the highest three P by: 3. SUBTERRANEAN CLOVER IN THE UNITED STATES Additional research was conducted on the variations in total sulfur, sulfate sulfur, and total nitrogenkotal sulfur ratio, as related to plant age, nutrient status, and plant part in subclover when grown on a sulfur-deficient soil (Spencer et al., ).Cited by: Fertility and productivity of a podzolic soil as influenced by subterranean clover Effect of sulfur and Mo on yield, protein and S-amino acid contents in green gram.

Analysis of several Brazilian soils in relation to plant responses to sulfur. The effects of soil temperature (7, 13, 19 and 25¦C) end supplies of nitrogen and sulfur on growth and competition between subterranean clover (Triticum subterraneum cv.

Trikkala) and ryegrass (Lolium rigidum cv. Wimmera) were examined in a glasshouse experiment over a period of 62 days. Soil temperature influenced competition for sulfur in mixtures of species supplied Cited by: 6. Pioneer Field Agronomist Matt Montgomery analyzes a sulfur plot, how to identify sulfur deficiency and yield.

A pot experiment was conducted to study the effects of arsenic (As) and sulfur (S) interaction on yield and their accumulation and distribution in rapeseed (Brassica napus L.).

called mineralization to become available to the plant in the sulfate form. Sulfur enters the soil by deposition through rainwater and plant and animal residues. Sulfur can leave the soil profile as a result of plant uptake, leaching, and volatilization which increases with increased soil Size: KB.

EFFECTS OF SULFUR ON YIELD AND PLANT SULFUR OF SUBTERRANEAN CLOVER INTRODUCTION Sulfur has been known from the time of Liebig to be one of the elements required for plant growth, but only recently has this ele- ment received the attention it deserves as a plant nutrient.

The fact. He found that the development of red clover bacteria, as well as of the young host plant, was stim- ulated by this source of sulfur.

The present paper deals with the response of the common red clover plant to different forms and planes of sulfur supply, under conditions better controlled than the ordinary soil culture. Sulfur dioxide gas from industrial waste gas, as well as hydrogen sulfide gas from manure pits, natural gas production and crude oil production, can be toxic to livestock.

The toxic effects of these gaseous forms of sulfur are better summarized separately from the dietary toxicoses. Plants can accumulate high sulfur concentrations. Total Sulfur and Sulfate Sulfur Content in Subterranean Clover as Related to Sulfur Responses1 MILTON B.

JoNES2 ABSTRACT Subclover was grown on sulfur deficient soil in the greenhouse and in the field with various rates of S applied. Plants were harvested in the greenhouse when the first, third, and fifth flower per stem appeared, and the plant.

SULFUR - critical for maximum production of SUBTERRANEAN CLOVER FORAGE S TUDlES ON the sulfur requirements of increases formerly attributed to phos- subclover, Trifolium subterranean phorus were actually due to the sulfur L., were initiated because of the impor- content of the phosphate carrier.

Sulfur flower buckwheat blooms the second year from seed. It can be pruned back after flowering to promote a denser, more compact plant. Sulfur flower buckwheat has a long taproot and thus mature plants are difficult to transplant. When container-grown plants are ready to plant, dig a hole two to three times the diameter of the root ball and atFile Size: KB.

elemental S or 25 kg S/ha as gypsum yearly on subterranean clover (Trifolium subterruneum L.) seeded rangeland at Hopland (Center and Jones ).

Studies of sulfur fertilization with gypsum showed that herbage yield and grazing capacity on upland range sites increased (Bentley et al. ).Cited by: 3. Giweta, M., Dyck, M.

F., Malhi, S. S., Puurveen, D. and Robertson, J. Long-term S-fertilization increases carbon sequestration in a sulfur-deficient soil. Can. Soil Sci. We analyzed the change in total soil organic carbon (SOC) in a long-term fertilization experiment () in a wheat-oat-barley-hay-hay rotation system at the University of Cited by: 5.

Sulfur is an essential element for growth and physiological functioning of r, its content strongly varies between plant species and it ranges from to 6% of the plants' dry weight. Sulfates taken up by the roots are the major sulfur source for growth, though it has to be reduced to sulfide before it is further metabolized.

Root plastids contain all sulfate reduction. INTRODUCTION. Sulfur (S), an essential macro-element required for growth, is increasingly becoming limiting to crop yield and quality as a result of a reduction in atmospheric S levels and crop varieties removing S from soil more rapidly (Fowler et al., ).S present in soil is approximately 95% organically bound largely in one of two major forms; sulfate-esters and Cited by: weather, the plants may recover following good steady Boron deficiency in pastures and field crops Agfact 1, 2nd edition B.S.

Dear, former Principal Research Scientist R.G. Weir, former Special Chemist Division of Plant Industries Mature leaves of boron-deficient subterranean clover, showing a range of red and yellow. SULFUR IN AGRICULTURE M. Tabatabai, editor Editorial Committee J.D.

Beaton R. Fox M. Tabatabai, chair Senior Managing Editor: RICHARD C. DINAUER Associate Editor: SUSAN ERNST Assistant Editor: SUSAN B.

RACINE Editor-in-Chief ASA Publications: DWAYNE R. BUXTON Editor-in-Chief CSSA Publications: EARL S. HORNER Editor-in-Chief SSSA. the nature of the forms in which N and S occur in plants, and the effects of soil and plant factors other than S level. The percentage of amide-N shows Field plot tests with subterranean clover had shown that Fertilizer Yield, Nitrogen Sulfur Np/S0 dry wt per plant Nk Np St (g-mole g % % PPm PPm basis).

In a two-year field trial, the effect of nitrogen (N) and sulfur (S) fertilization was investigated on grain yield, grain quality parameters, formation of acrylamide (AA), and the precursor free asparagine (Asn) in organically and conventionally produced winter wheat cultivars.

In both production systems, different types, amounts, and temporal distributions of N were by: 1. Soil Science Society of America Journal Abstract - Total Sulfur and Sulfate Sulfur Content in Subterranean Clover as Related to Sulfur Responses 1 View My Binders. This article in SSSAJ.

Vol. 26 No. 5, p. Received: Cited by: Sulfur and lime sulfur should be avoided on sulfur sensitive plants such as grapes, apple, pear, blueberry, currants, gooseberry, apricot, brambles and vine crops.

Damage include scorching, dwarfing of leaves, premature defoliation and reduced yields. Avoid using sulfur at temperatures higher than 80 degrees Fahrenheit and lime sulfur at.

Department of Soils and Plant Nutrition, University of California, Berkeley Received J Siwnnmary. Alfalfa and subterranieani clover plants were grownl in highly purified nuitrient solutions to which selenite selenium had been added at 0, or ,ug-atoms/liter.

In both species, yields of tops and roots were Cited by: Annual ryegrass (Lolium multiflorum Lam.) and crimson clover (Trifolium incarnatum L.) were grown for 6 weeks in chambers within a greenhouse and fumigated for 8 hours/day with and ppM O/sub 3/ in air.

Treated plants showed less growth and yield than the controls despite the absence of visible injury. plants and animals, thus it is a part of the makeup of every living organism.

Chlorophyll formation also is dependent on proper sulfur nutrition. The amount of sulfur in plants is similar to phosphorus in many cases, thus removal by crops can be sizeable especially when the entire aboveground portion of the crop is harvested.

Sulfur removal byFile Size: 84KB. Effects of sulfur deficiency on non-protein nitrogen, soluble sugars, and N/S ratios in young corn (Zea mays L.) plants.

Plant and Soil. The effect of applied sulphur on the growth, grain yield and control of powdery mildew in spring wheat.

Annals of Applied Biology. Soybean Sulfur Status Problem addressed In general, soybean requires lower amounts of sulfur (S) to produce optimal yields than corn or alfalfa; however, soybean response to S have been also observed recently.

Fig. Distribution and suf fi ciency categories of soil S test values and S. Sulfur (in British English, sulphur) is a chemical element with the symbol S and atomic number It is abundant, multivalent, and normal conditions, sulfur atoms form cyclic octatomic molecules with a chemical formula S tal sulfur is a bright yellow, crystalline solid at room temperature.

Sulfur is the tenth most common element by mass in the universe, Alternative name: sulphur (British spelling).

Sulfur is found in a lot of plant foods, if the soil has enough sulfur, such as brassicas, alliums, and so on. That might suggest that the city-dwellers have a more varied diet from different soils, and probably consume more sulfur-containing foods, while taxing their bodies less with strenuous exercise, which increases protein and calorie.

S1 Fig: Sulfur response curves for biomass, seed, glucosinolate and protein yield of high-and low-GSL line with original and fitted values following Mitcherlich biomass and seed biomass yields are expressed in g plant-1; seed glucosinolate and seed protein yield are expressed in mg plant (TIF)Cited by: 1.

@article{osti_, title = {Effects of ozone on the regrowth and energy reserves of a ladino clover-tall fescue pasture}, author = {Rebbeck, J and Blum, U and Heagle, A S}, abstractNote = {A ladino clover and tall fescue pasture was established in September to determine the impact of ozone and available soil moisture on plants grown in open-top field chambers and .sulfur-deficient plants and into the seed and fruit of maturing plants.

Sulfur may also enter the leaves as sulfur dioxide from the atmosphere. Sulfur is a constituent of all plant pro- teins, some plant hormones, the mus- tard-oil glycosides, and glutathionc. The sulfur content of plant proteins (in which sulfur occurs as the amino.Improvement in nutreint contents of maize (Zea mays L.) by sulfur modulation under salt stress.

Akhzari D, Sepehry A, Pessarakli M, Barani H. Studying the effects of salinity, aridity and grazing stress on the growth of various halophytic plant species (Agropyron elongatum, Kochia prostrate and Puccinellia distans).World Applied Sciences Jour

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