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1 edition of Effect of heat treatment on germination of alkali sacaton found in the catalog.

Effect of heat treatment on germination of alkali sacaton

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Published in Fort Collins .
Written in English


Edition Notes

Bibliography: p. 3

SeriesU.S. Rocky Mountain Forest and Range Experiment Station. U.S.D.A. Forest Service research note RM-268
The Physical Object
Pagination3 p.
ID Numbers
Open LibraryOL25655441M

The treatment of the seeds with the phenolic compounds viz catechol, gallic acid and pyrogallic acid significantly decreased the germination percentage (Table 1). At 24 h stage of sampling, germination was observed only in the control plants. However, at 48 h and 72 h, a concomitant decrease in % germination with increasing. Spores of various Bacillus and Clostridium species are among the most resistant life forms known. Since the spores of some species are causative agents of much food spoilage, food poisoning, and human disease, and the spores of Bacillus anthracis are a major bioweapon, there is much interest in the mechanisms of spore resistance and how these spores can be by:   Low light levels stimulated seeds of Helianthus paradoxus to germinate (Fig. 4). There was a significant differences between the light and dark treatments (F=, P=). Germination was 38 [+ or -] 10% in low light and 10 [+ or -] 5% in the dark. Gibberellic acid treatment also stimulated seeds of Helianthus paradoxus to germinate (Fig. 5).


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Effect of heat treatment on germination of alkali sacaton by O. D. Knipe Download PDF EPUB FB2

Title Effect of heat treatment on germination of alkali sacaton. Document Type: Book Author(s): O. Knipe. during forage production. Alkali sacaton is tolerant of fire; however, it can be killed if the fire is severe. Fire recovery has been reported from 2 to 4 years. Summer fires have more of an effect than winter fires.

Pests and Potential Problems Alkali Effect of heat treatment on germination of alkali sacaton book is considered a primary or secondary invader on saline soils.

The plant intrudes directly on. Pretreatment(s) of heat‐moisture treatment (HMT) and alkali treatment was tested for the enzymatic hydrolysis of sago (Metroxylon sagu) starch.

HMT was undergone by autoclaving the sago starch at °C for 60 min. While sodium hydroxide pellets (% Effect of heat treatment on germination of alkali sacaton book starch dry basis (d.b.)] to 50 g of sago starch) were applied as the alkali treatment.

RM-RN Effect of heat treatment on germination of alkali sacaton. RM-RN Using aerial measurements of forest overstory and topography to estimate peak snowpack.

RM-RN Cubic-foot volume tables for white spruce in the Black Hills. RM-RN A spot seeding trial with southwestern white pine and blue spruce. The effects of heat treatment and germination on the activity of the antinutritional factor was investigated.

Heat treatment and germination decreased the activity of amylase inhibitor. Chick pea meal was also subjected to UV irradiation and pressure cooking. These treatments decreased alpha amylase inhibitor by: Effect of Germination and Heat Treatment on Chemical Composition and Bioactive Components of Fenugreek Seeds Magda S.

Sharara Food Science and Technology Department, Faculty of Agriculture, Alexandria University, Alexandria, Egypt Abstract:Fenugreek (Trigonella foenum-graecum) can be considered as a good source of many nutrients suchFile Size: KB. Heat treatment is considered to increase the crystallinity index (CrI) of Effect of heat treatment on germination of alkali sacaton book fiber to enhance the fiber strength, and alkali treatment might modify the fiber structure to obtain better mechanical properties.

The objective of this paper is thus to study the effects of heat and alkali treatments to kenaf fiber on the mechanical properties. At first, the effect of heat treatment of dry seeds of black gram at 50OC 20 and 30 min.

duration on seed germination was conducted. Then, next experiment was the 3 day old seedlings also were given the same treatment with control to find out the effect on further growth and biochemical changes. Impact of Heat Stress on Germination and Growth in Higher Plants: Physiological, Biochemical and Molecular Repercussions and Mechanisms of Defence.

A 'read' is counted each time someone views a publication summary (such as the title, abstract, and list of authors), clicks on a figure, or views or downloads the full-text.

Effects of wet heat treatment on the germination of individual spores of Clostridium perfringens Article in Journal of Applied Microbiology (4) July with 52 Reads.

The effect of different processing techniques on the antinutritional factors inherent in Effect of heat treatment on germination of alkali sacaton book seeds of baobab (Adansonia digitata) was processing methods, which included dehulling, cold-water, hot-water, Effect of heat treatment on germination of alkali sacaton book and acid treatments, revealed that the concentration of tannic acid was reduced significantly by all the processing techniques except for by: Effects of different treatment methods on the germination of seeds of Parkia biglobosa (mimosaceae) were carried out.

Prior treatment of seeds with sulphuric acid, wet heat and mechanical scarification. were found to induce germination of the dormant by: Seed treated with smoke tended to germinate quicker than seed sown after other treatments. The effect of smoke exposure on germination of all seven species was highly significant.

Seed to be treated with heat exposure were placed on a petri dish in a fan-forced oven heated. Based on the strong correlation between acidity and thermal degradation in wood reported in previous studies, the effect of borate impregnation as an alkali-buffering medium was investigated on the strength properties of thermally modified wood.

Wood samples were impregnated with M Sodium borate solution (pH=9) before they were subjected to heat treatment at temperatures of °C and Cited by: times. Treatment effects were observed for 24 hours.

Germination tests immediately followed treatments to evaluate effects of chemical stimulants on germination. Observations recorded were: 1-first germination count at 7 days after planting (DAP); 2-final germination count at 14 days after planting. This effect of high dry heat treatment of three accessions of Corchorus olitorious seeds on seed germination, seedling emergence and seedling vigour was evaluated in the laboratory and horticultural nursery of the School of Agriculture and Industrial Technology, Babcock University Size: KB.

The effect of fires in the 1st postfire growing season was to decrease height and basal area of alkali sacaton while stimulating growth of other grasses and forbs.

Summer fires had a more pronounced effect on alkali sacaton than winter fires [ 11, 93, 94 ]. ture stress on germination of several grass species. The effect of different levels of moisture tension on the germination of alkali sacaton, galleta, and blue grama apparently has not been investigated.

Methods and Materials Seeds used in the study were collected within theCited by: Abstract. The normal system functioning in the utilization of metabolizable germinants by both heat-sensitive and heat-resistant spores of Clostridium perfringens was inactivated by heat or by treatment of the spores with alkali to remove a soluble coat protein layer.

Altered spores were incapable of germination (less than 1%) and outgrowth (less than %) in complex media without the Cited by: only dry-heat exposure experiments (cases using scarification with boiling water were not include d) and only those in which the temper-atures applied were ≥ 50 ° C.

For each study and species, we compiled the percent germination of the control and the percent germination of each heat treatment (combination of temperature and exposure time). To monitor the effect of a germination step prior to a CIP procedure we simulated the first stage of the CIP procedure in the lab.

Current CIP regimes as described by Bremer (Bremer et al., ) consist of an alkali/high temperature incubation to inactivate microbial contamination followed by an acid wash disinfection tion of spores for 15 min in M NaOH at 60 °C did not Cited by: The effect of heat treatment on seed germination depended on heat intensity and duration of exposure.

Higher intensities reduced the germination capacity of Acacia seeds. Seed heat-treatment is one cultural practice that prevents infected seed from resulting in losses to bacterial disease in the field.

Bacterial canker, caused by Clavibacter michiganensis subsp. michiganensis (canker), bacterial speck (Pseudomonas syringae pv. tomato), and bacterial spot (Xanthomonas campestris pv. vesicatoria) are serious pathogens of tomatoes wherever they are grown.

This treatment did not reduce the viability of the abraded spores noticeably (Fig. A 1 hr incubation of the abraded spores at 37°C followed by heat treatment also had no effect on spore viability (Fig.

4), indicating that abrasion in liquid does not potentiate the germination of a Cited by: In this study, the seed treatment was executed on a laboratory scale, which may not fully represent the industrial setting.

Therefore, future research may be conducted with a larger number of seeds and an online microwaving system to assess the variable effect of microwave heat treatment on germination inhibition of corn by: 6.

To evaluate the effect of temperature on germination, a total of seeds were exposed to constant temperatures of 20, 25, 30 and 35ºC and alternating temperatures of and ºC, with four replications of 25 seeds per treatment under a hour photoperiod with white light in B.O.D.

germination chambers. Zn(II) on seed germination of alfalfa (cultivar Malone) grown in solid media (agar). In general, there was a reduction in seed germination as metal concentrations in the growing media increased. The 10 ppm-dose of Cd(II) and Figure 1. Seed germination of alfalfa plant (cultivar Malone) after two weeks of exposure to heavy metals.

showed positive germination responses to smoke and heat shock in experiments of Kenny (), with highest germination recorded when seeds received both smoke and heat treatments.

Thus more recent work suggests that Grevillea seeds respond to smoke and heat shock, with most germination occurring if both cues are Size: 70KB. These authors have obtained better results with seeds with 20% and 22% moisture and heat treatment for 70 days at 39 ºC, reaching an average germination of and %, respectively, which are lower values compared to the germination of hybrid seeds of HIEs BRS Manicoré in this study, where germination above 70% was obtained.

To compare the effect of NaCl, CaCl2 and their combinations on germination and early seedling growth stages of Lycopersicum esculentum L., were studied under pot experiments Results indicated that significant increases were recorded in percentage of germination, seedling fresh and dry weights, seedling length, water content, catalase activity and photosynthetic pigments.

Fig. 1: Effect of different pre-treatments on germination indices of Cassia fistula during the two seasons of / and / Columns labeled with different letters are significantly different at P Vertical bars represent ± Size: KB. plants for saline to sodic soil conditions Salt tolerance is the relative ability of a plant to endure the effects of excess salts in the soil rooting medium in order to produce a satisfactory stand or yield.

treatments. Results and Discussion Effects of Heavy Metals on Seed Germination The effects of the concentrations of Cd +2, Cr+6, Cu+2, Ni +2, and Zn +2 on seed germination of alfalfa (cultivar Malone) grown in solid media (agar) were presented in Figure 1. There was a reduction in seed germination as metal concentrations in the growing.

pH of germination media significantly affected red clover germination [4]. The higher germination of red clover obtained at pH 4 and pH 5 than at pH 6 and pH 7 [20]. The effect of seed age on seed germination of alfalfa has been studied by many researchers [21, 22].

According to their results, seed germination decreased with seed aging. germination as a function of temperature and duration of treatment. Their results led to the adoption of 30 minutes at 60ºC as a standard treatment, giving optimal germination. Investigations of dormancy and germination were extended and reviewed by Emerson () and by Sussman (,; Lingappa and Sussman )File Size: 58KB.

Basil (Ocimum basilicum) seeds were treated for different exposure times with a non-equilibrium plasma produced by a volume dielectric barrier discharge in humid air at atmospheric treatment did not change the seed structure and morphology, as visualized by high-resolution computed x-ray microtomography.

A faster and higher germination rate was observed with plasma treatment of. Similar germination responses after exclusion of fungi through seed-surface sterilization suggested that leachate was responsible for the observed effects on recruitment. Besides other traits and physical/microclimatic effects of accumulating litter, S.

pulcherrima influences plant community dynamics and may potentially affect ecosystem Cited by: The in vitro protein digestibility of finger millet improved from to % after 96 h of germination. 10 Improvement in protein digestibility after germination has been attributed to enzymatic hydrolysis and compositional changes following the degradation of constituents such as phytic acid, polyphenols and protease inhibitors.

9,10,11 The. Seed germination. Seeds of each grass were surface-sterilized following the method of Zhang et al. ().Seeds were soaked with 70% ethanol for 5 min and then submerged in 2% sodium hypochlorite solution for 20 min followed by three rinses with deionized/distilled water (ddH 2 O).

Sterilized seeds were placed in × mm petri dishes containing 20 mL of % agar (Sigma Cited by: Factors affecting the germination of alkali sacaton (Sporobolus airiodes Torr.).

Lacey, John R. Estimating forage production under ponderosa pine canopy with the heterodyne vegetation meter. *Maynard, Michael L. Some effects of heat on the physiology of mesquite (Prosopis jultflora).

Mbuvi, David M. pdf surfaces of germination in relation to temperatures for common mullein, barbwire Russian thistle, arrowleaf balsamroot, and alkali sacaton.

Germination Germination temperature Common Barbwire Arrowleaf Alkali profile parameters mullein Russian thistle balsamroot sacaton Mean germination 39 73 28 51 Regimes with some germination 82 82 Tinto banks. The effects of extreme low pH values on E. andeva-lensis seed germination are unknown, however, despite the fact that seed germination is the initial and most crucial stage in the life cycle of plants (Ibañez and Passera ) and that it deter-mines seedling establishment and .Soil burial had a positive ebook on the germination of L.

latifolium during the first ebook days of warm conditions, with germination rates of % for 1cm soil-burial depth, and 26% for 10 cm. Increasing GA3 concentration to 20 ppm resulted in 29% germination; greater GA3 concentrations did not increase the germination percentage significantly.