Some Physiological Responses Of Wheat And Bean To Soil Salinity At Low Matric Suctions

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Optimizing nitrogen fertilizer application to irrigated wheat

efficiency of nutrient use under irrigated conditions is thought to be low by Wheat yield responses to irrigation and nitrogen fertilizers in Romania. Nile Valley, newly reclaimed sandy and calcareous soils, and salt affected soil of the North Delta. grain numbers per plant times the average kernel weight at physiological 

Influence of Soil Water Potential and Environment on the

by RW Brown 1974 Cited by 2 Basic information about the physiological responses of plant species growing The components of water potential, namely the osmotic, matric, and pressure 

Study of dental fluorosis in subjects related to a phosphatic

by C Lata 2017 Cited by 18 Tolerance to combined boron and salt stress in wheat varieties: Biochemical and The KRL 35 (salt tolerant variety) showed 5 specific polypeptides of 89.13, 53.4, 46.21,. 32.35 and physiological responses of plants exposed to excess of salt and of wheat and bean to soil salinity at low matric suctions. Int. Agrophys, 31 

The Effects of Salinity on Pythium Disease of Rice and Soybean

by TJ Stetina 2013 Cited by 1 production and motility at EC levels as low as 1.3 dS/m, while zoospore Pythium spp. which were not virulent at the base soil salinity caused disease drawn up into surface soil layers via increased matric potential or suction. (1972) demonstrated that in coarse soils under favorable conditions, tolerant crops like wheat.

Soil salinity and matric potential interaction on water use

by M Khataar 2018 Cited by 25 We studied the effects of soil matric potential and salinity on the water use (WU), water use efficiency responses of wheat and bean to soil salinity at low matric suctions. physiology of Pterocarpus officinalis seedlings.


Wheat seedling growth was, however, less sensitive to the sulphate Ibis and dry bean (PAN 127) stood out as the most tolerant. due to the low content of this element in the soil and the added problem of Soil matric potential (J kg 1). $ This chapter deals mainly with the literature of plant response to salinity in the.

Germination of chia seeds submitted to saline stress - SciELO

by R Stefanello 2020 Salinity, of both soil and water, is one of the main causes of crop yield decline. Within this germination percentage for the lowest osmotic potential Some physiological responses of wheat and bean to soil salinity at low matric suctions.


by J Balendonck Cited by 4 It focuses on a maintenance free tensiometer; wireless, low-power sensor networks; an allow the matric potential of the soil water to be estimated indirectly. successfully to moisture soil drying by the roots of wheat (Whalley et al. 2006b). parameters of the salinity/drought response curve are affected by factors such as 

Soil salinity and matric potential interaction on water use

by M Khataar 2018 Cited by 25 −33 kPa. Wheat WUE exceeds that of bean in both sandy loam and clay loam soils. matric suction, intensifying the uptake of water2. M. & Shekari, F. Some physiological responses of wheat and bean to soil salinity at low matric suctions.

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Chapters on physiological responses of plants to salinity are in- cluded in a recent book reported that approximately 25% of the non-irrigated land in the Lower Rio Beans. 1.3. 2.0. 3.2. Forage Crops. Bermudagrass. 13.0. 15.9. 18.1 BROWN,P.: Water use and soil water depletion by dryland winter wheat as affected by.

Shaping 3D Root System Architecture - Cell Press

by EC Morris 2017 Cited by 87 The soil resources that plants require are often distributed in micropores (<30μm) is held at very high suctions typically above A top-down CT image of a wheat root seg- to root system architecture in response to low phosphate avail- Roots are also able to grow away from soil areas with high salt.

By Pichu Rengasamy School of Agriculture, Food and - GRDC

Disclaimer: Any recommendations, suggestions or opinions contained in this publication do 3.2.2 Soil processes leading to salt accumulation (transient salinity) a Natrixeralf (with an EC1:5 of 1 dS m-1) during wheat growing season in 2003 annual crops there has been a lower evapotranspiration under suction.

Mechanism of Photothermal Energy on the Growth and Yield

The correlation between daily Pn accumulation and YR was low, and the correlation between Pn and YR For the physiological response of crops under rain disasters and water stress, a lot of research work has been done Effect of soil salinity on the wheat and bean root respiration rate at low matric suctions. Paddy and 

Trees, Shrubs and Grasses for Saltlands: an Annotated

by N Marcar 1999 Cited by 36 and Pakistan) have enabled ranking on the basis of growth response to salinity (e.g. cope with low water potential of the soil solution by salt PhySiological process in plants as a result of which excessive ions are replaced by Ca in the soil matrix. measurements of soil water suction, it was shown that trees could use.

Water relations and leaf expansion - Oxford Academic Journals

by R Munns 2000 Cited by 215 light and soil salinity, greatly affect leaf elongation others have emphasized the growth rate during the of the response suggests that it is changes in leaf water.

1975 96p.

by CN Ahmad Cited by 1 suggestion has been made that fresh water be covered by installation of low Rising water tables and soil salinization are among the of salt concentration within the soil profile. as a medium for chemical reactions and as a plasticizing matric suction and capillary or hydraulic conductivity. Wheat plants with a well.

Analysis of crop salt tolerance data - PC-Progress

ducted in order to determine the yield response to various levels of soil threshold value (i.e., data points associated with low yields) and because salt tol- Bernstein L, Hayward HE (1958) Physiology of salt tolerance. Cerda A, Bingham FT (1978) Yield, mineral composition and salt tolerance of tomato and wheat, as.

Fundamentals of Crop Physiology Credit hour: 2(1+1) Chapter

Introduction to crop physiology and its importance in Agriculture with Processes and functions, the responses of plants to environment and the action of extremely low concentrations of chemical substances called Plant growth occur during transient periods in the life cycle of a plant such as in certain beans and nuts.

Seasonal and diurnal changes in the water relations of elk

by T Svejcar 1982 Cited by 1 maintenance of low diffusive resistance to more negative xylem The separation of osmotic and matric potentials is hardly clear- cut. fairly constant over the physiological range of water potentials. against salt solutions of known water potentials. osmotic potential was observed for wheat growing in moist soil (Biscoe 

Improving Soil Moisture Assessment of Turfgrass Systems

by TL Roberson 2019 Cited by 2 pooled over six dry-down cycles to observe the response to soil moisture stress over time Matric, or suction, potential is the adsorption leaf cuticle thickness, enhanced physiological responses to reduce leaf surface area, and bean plants and wheat validated their results. indicators to soil salinity.

Guidelines for Experimental Practice in Organic Greenhouse

by M Koller 2016 Cited by 10 Is scientific researcher at the Greenhouse Horticulture unit of Wageningen. University and Research. His expertise is on plant nutrition, soils 

5 Effect of Drought Stress and its Mechanism in Plants.cdr

by A Fathi 2016 Cited by 129 The third type of wheat growth period occurs continuously in all of moisture stored in the soil and plant growth follows. Two to three million acres of wheat in the.

Scoping study reviewing the potential and feasibility to predict

30 Sep 2018 confirms some consistent patterns in crop differences and response to subsoil Mean field measured wheat lower limits (CLL) for each of eight soil classes. and (b) faba bean for each soil class where data was measured. effect of salinity and low matric potential severely restricted canola grain yield, 

Drought Resistance in Crops with Emphasis on Rice - Books

The soil-plant-atmosphere continuum in relation to drought and crop production respect to their sensitivity and physiological responses is made obvious.


by A KHAN 2021 of the world arable land upto year 2050 due to increasing salinity at wheat and bean crops. The most response of wheat varieties to salinity stresses and seed basis of biochemical and physiological parameters. low matric suctions.

Physiological Response of Two Turfgrass Species to Varying Ratios

ducted to assess the physiological response of tall rescue (Festuca saline treatment, while lower soil matric potentials were recorded under the fresh water with a salinity level of 6.0 dS m-t could be used as a supplemental yield and N uptake of wheat (Triticum aestivum L.) on the buried suction extraction cups. Soil 

Some physiological responses of wheat and bean to soil - DOI

Some physiological responses of wheat and bean to soil salinity at low matric suctions 2 kPa matric suction (highest aeration stress) for bean and wheat.

The Role of Potassium in the Improvement of Growth, Water

by M Bergmann 2016 enhance the current knowledge on plant physiological responses to potassium land in the Western Australian wheat belt was sown to canola (Brassica napus 

Land-use systems analysis - WUR E-depot

by PM Driessen Cited by 311 suitability of land; one or more lower-case letters are suffixed to the class symbol (e.g. The crop is moderately sensitive to salinity: yield reductions are 0%, 50% and Crops in each crop-adaptability wheat bean millet maize group potato soya KPSI is hydraulic conductivity of soil with matric suction PSI (cm d 1)-.


by JS Boyer 1995 Cited by 46 Stress Physiology in Crop Plants (H. Mussell and R. C. Staples, eds,.),pp Matric potentials of leaves. (1983). Subcellular mechanisms of plant response to low water potentiaL Agricultural Effects of root zone restriction on amino acid status and bean plant growth f wheat as related to the salinity of the soiL Am. I Bot.


by L Ehlers 2007 Cited by 1 comparison to the control by 7, 30, 38 and 53% for wheat, maize, beans and peas, respectively. irrigation water salinity (ECi, mS m-1) of beans on both soils. experience stresses from low matric potential, as well as low osmotic potential. The procedure for obtaining soil water samples by using suction cups, installed 


by A Bartkowiak 2020 Cited by 2 tion of soluble salts on metal mobility in salt-affected soils in the vicinity of sedimentation ponds located at the Some physiological responses of wheat and bean to soil salinity at low matric suctions. Int. Agroph., 31(1): 83-91.

Good Agricultural Practices for greenhouse vegetable crops

Salinity threshold value producing more from the same area of land while conserving resources, beneficial physiological responses (Shahak et al., 2008). being lower for short cycle crops (e.g. 3 4 month crops of green beans, melon, In non-saline conditions, soil matric potential (Ψm) is a good approximation of the 

salinity, drainage and crop production in irrigated agriculture

1 Jun 2015 Soil salinity is the most prevalent and widespread problem in irrigated agriculture. crops, e.g. wheat (Meyer and Barrs 1988) are more tolerant to water logging positive response to fertilizer under high than under low salinity. was nearly 1.5 times greater in the suction lysimeter (good drainage) than.


by MH MILLER 1983 Cited by 9 63: 23-32. The highest crop yields obtained in a region are usually much lower than the Increases in salinity and soil erosion are serious problems in Canada. Key words: and the suction the plant must exert to ex- tract the demand rather than the physiology of the ethylene production in bean roots increased six-.

Resumo Palavras-chave Abstract Keywords

by R Stefanello 2018 3, p. 387-394, 2003. 16. KHATAR, M.; MOHAMMADI, M. H.; SHEKARI, F. Some physiological responses of wheat and bean to soil salinity at low matric suctions.

Water potential components, growth and physiological

by CK Mok 1979 Cited by 3 GROWTH AND PHYSIOLOGICAL RESPONSES OF SOYBEANS TO (Barlow and Boersma, 1976), and bean plants (Tlngey and Stockwell, When the soil suction is low, the transpiration rate is This difference will depend in the matric soil-water potential Effect of salt concentration, kind of salt and climate on plant.


by DL Carter 1982 Cited by 36 The physiological effects of excess salinity are many, but visual symp- way, and any relationship between growth response and soil salinity must take this such as barley, wheat, cotton, and some grasses 2 3 In contrast, grain tion salinity under field conditions over the ranges of soil matric potential of beans 1.

Soil Guide: a handbook for understanding and managing

by G Moore 2001 Cited by 15 Faba beans. 278 given the very low rates of soil formation under is described in The wheat book (Perry and Hillman the profile to see if there is a 'salt bulge' in the subsoil. clays that have a neutral soil reaction, because they The relationship between water suction or matric Therefore, many of the physiological.

Archive of SID

by M KHATAAR for bean and matric suction at four levels 2, 6, 10 and 33 kPa, on evaporation rate and redistribution of moisture and salinity in the soil profiles of sandy loam and clay loam. The lowest evaporation reduction was observed in treatments Some physiological responses of wheat and bean to soil salinity 

Linking plant and soil indices for water stress - Nature

by A Khorsand 2021 Cited by 1 The upper and lower baseline equations as well as CWSI were uling should be based on the water content of the crop, the response of plant indices to mining the relationships between plant physiology indices and soil indices. soil volumetric water content (cm3 cm−3), h is the matric suction of the soil (hPa), θr is the.

Pepper response to mild conditions of combined soil - JSTOR

by CE Yanez 1992 Cited by 16 Key words: leaf photosynthesis, pepper, soil matric potentials, soil osmotic were made to overcome salt accumulation and suction was applied after watering to the bottom of the pots to circumstances the lowest saline treatment proved to be less detrimental than physiological responses of potted pepper grown under.

Physiological response of two turfgrass species to increasing

by DE Dean 1995 Cited by 2 drought and salinity stress using a line source gradient. Dorothy E Varying Ratios of Soil Matric and Osmotic Potentials 53 then assessed based on the physiological response of the excessive while still allowing low quality water to be vulgaris (bean) has been shown to have a reduction in yield.

salinity - World Bank Document - World Bank Group

of the suction at the soil surface, with water table at various depths The resulting erosion was conveyed by wheat with relatively salt-tolerant barley. low tolerance) to salinity are radish, celery, beans, under definable conditions (figure 8). plant's specific physiological response to salt rate of maintenance respiration in 

Guideline for Salinity Assessment, Mitigation and - OAPEN

by M Zaman Cited by 57 salinity undermines the resource base by decreasing soil quality and can occur due to critical review, feedback and editorial comments in the preparation of this book. We also Lower soil biological activity due to rising saline water table Start the vacuum pump, open the suction, and add the saturated soil paste to the.

Physiological and morphological traits of Maize hybrids under

by BN Devi 2019 Cited by 2 Salinity is one of the common abiotic stresses affecting crop growth and yield considerably. Hence, we were chosen and assessed for their response to irrigation water responses of wheat and bean to soil salinity at low matric suctions. Int.

The content of available macro- and microelements against

by A Bartkowiak 2020 background of enzymatic activity in soils affected by the soda industry. Agata Bartkowiak* The phyto-availability of elements is affected by: reaction; Some physiological re- sponses of wheat and bean to soil salinity at low matric suctions.

Simultaneous Effect of Soil Salinity and Matric Suction on

by M Khataar 2019 salinity in the soil profiles of sandy loam and clay loam. This study was Some physiological responses of wheat and bean to soil salinity at 


by RJ Brogan 2005 Distribution of Soil Salinity in Dry Bean (Phaseolus vulgtrus L.) Fields: Assessment and Impact Quantification. BY. A Thesis/Practicum submitted to the Faculty of 

Soil hydraulic and salinity restrictions to water availability in

by JO Frimpong 2017 2.4 Low soil hydraulic conductivity. that the wheat genotypes never responded to the soil moisture conditions or matric suction effects at or Dr. Gilliham Matthew of the University of Adelaide, for giving me wheat seeds. physiological responses such as leaf water potential, stomatal conductance, transpiration rate,.