A5043576672- Irrigation Practices and Water Management
- Plant Water Relations and Carbon Dynamics
- Greenhouse Technology and Climate Control
- Seed and Plant Biochemistry
- Plant Disease Management Techniques
- Sunflower and Safflower Cultivation
- Peanut Plant Research Studies
- Magnetic and Electromagnetic Effects
- Microbial Metabolites in Food Biotechnology
- Plant Physiology and Cultivation Studies
- Advances in Cucurbitaceae Research
- Crop Yield and Soil Fertility
- Rice Cultivation and Yield Improvement
- Plant Virus Research Studies
- Agricultural and Rural Development Research
- Soil erosion and sediment transport
- Research in Cotton Cultivation
- Growth and nutrition in plants
- Soil and Unsaturated Flow
- Plant responses to water stress
- Water Systems and Optimization
- Climate Change and Environmental Impact
- Climate change impacts on agriculture
- Education Practices and Challenges
- Plant Stress Responses and Tolerance
Cukurova University
2002-2024
Kahramanmaraş Sütçü İmam University
2019
Tarsus University
2004-2015
Colorado Department of Public Health and Environment
2012
Abstract The climate of Mediterranean region will become drier and hotter, with increased problems soil salinity. A possible alternative to minimize the effects change is introduce species better tolerance salt drought stresses. One options quinoa ( Chenopodium Willd.), which was grown in field trials several countries, study salinity on yield other characters. Drought stress during vegetative growth stage leads deep root development, without conditions for rest growing season allowed plant...
Field experiments were set up in order to evaluate the yield response of quinoa (Chenopodium Willd. cv. Titicaca) irrigation with saline and fresh water under Mediterranean climate from 2010 2012 Adana, Turkey. Irrigation treatments 2011 comprised full water, different salt concentrations (40, 30, 20, 10 dS m–1), deficit irrigations (50%, 75% irrigation), partial root-zone drying, 40 m–1 (50%). In 2012, addition treatments, two levels 67% 33% or (30, m–1) considered. The results indicated...
Abstract This study was designed to evaluate the yield response of trickle‐irrigated corn grown on a clay‐textured soil under arid Southeast Anatolia Project (GAP) area conditions during 2000 growing season at Koruklu in Turkey. The effects three different irrigation levels (100, 67 and 33% cumulative Class‐A pan evaporation three‐ six‐day basis), two intervals (three‐ six‐day) were investigated. Trickle laterals laid out surface spacing 1.40 m. A total 581 mm water applied full‐irrigation...
Global warming and resulting drought is the most important constraint affecting plant production in Mediterranean Region. Therefore, effective management of scarce water resources paramount importance this region. This research was conducted to determine optimal irrigation strategy for drip irrigated fresh market tomato grown different soilless culture a glasshouse in Region Turkey. Volcanic ash, peat their mixture were used as growth media. Four levels (WL1=75%; WL2=100%; WL3=125% WL4=150%...
The effective usage of limited water resources and ensuring agricultural sustainability especially in case using poor quality for irrigation arid semiarid regions require a good management tools. SALTMED model has been developed as an integrated that can simulate soil moisture, salinity distribution, leaching requirements crop yield by considering systems, types, crops, application strategies different qualities. objective this research was to evaluate the performance on simulation total dry...
Abstract The effects of different irrigation regimes on yield and quality net profit processing red pepper irrigated with drip furrow systems under field conditions in the Mediterranean region Turkey were evaluated over two years. treatments for consist full (DFI), deficit DDI‐75, D‐PRD‐50, DF‐PRD‐50 DDI‐50, furrow: (FFI), fixed alternative (FAF‐50) PRD (FPRD‐50). FAF‐50 FPRD‐50 received 50% water applied to FFI. In same furrows while was alternately. Irrigation methods levels had a...
ABSTRACT This study examines the effects of different partial root zone drying and deficit irrigation regimes on seed oil yield quality water use drip‐irrigated sunflower under field conditions in 2006 2007 eastern Mediterranean region Turkey. Irrigation consisted full (FI‐100) three treatments (DI‐25, DI‐50, DI‐75), (PRD‐50) rain‐fed treatment (RF). significantly ( P < 0.01) influenced yields components. Although PRD‐50 received about 36% less as compared to FI‐100, was reduced by an...
Abstract Low rainfall, water scarcity and land degradation severely intimidate the production capacities of rangelands in arid environments. Water harvesting focuses on improving productive use rainwater local scale (field to subcatchment scale) before runoff leaves geographical unit question. The aim is mitigate effects temporal shortages cover both domestic agricultural needs. This paper provides a review techniques focusing microcatchment methods, information performance small‐basin...
Irrigation water scheduling is crucial to make the most efficient use of ever-decreasing water. As excessive irrigation decreases yield, while imprecise application also causes various environmental issues. Therefore, management frequency and level necessary sustain productivity under limited conditions. The objective current study assess at regimes during peanut crop growing seasons (2014 2015) in Eastern Mediterranean, Turkey. field experiments were conducted with treatments consisting...
A field trial was conducted to observe the effects of different irrigation strategies on yield and water use, oil content marginal return sunflower which irrigated by means a drip system during 2010 2011 under Çukurova condition Turkey. The include three intervals (A1: 25 mm; A2: 50 A3: 75 mm cumulative pan evaporation) six levels (WL) based upon percentages evaporation (WL1= 0.50, WL2= 0.75, WL3= 1.00 WL4= 1.25). In addition, WL5= PRD50 WL6= PRD75 treatments were evaluated. They obtained...
Water-yield relations for winter wheat differentially irrigated with a line source sprinkler system under Cukurova conditions are determined. Different irrigation stress levels were created by using and yields found to be significantly different among the treatments studied. The highest yield 753.2 kg/da was obtained from non-stressed treatmet (I1) (adjacent lateral) during growing periods. lowest 587.3 non-irrigated (dry) treatment (I5). Seasonal evapotranspiration determined 518.8 mm...
This study investigates the impact of expected climate changes in Apulia region (Southern Italy) for next 100 years on climatic water balance variations, classifications and crop requirements. The overall results indicated that an increase temperature, range between 1.3 2.5°C, is years. reference evapotranspiration (ETo) variations would follow a similar trend; as averaged over whole region, ETo be about 15.4%. precipitation should not change significantly yearly basis, although, slight...
In this study, the water saving and conservation potential of various furrow irrigation management techniques for irrigated cotton were compared. Conventional every-furrow with open-end furrows (EFO) blocked-end (EFB), alternate every-other-furrow (AFO) (AFB), considered. Considerable seasonal savings obtained AFO AFB flows, on average from 717 mm to 906 mm, respectively, when compared EFO. Alternate showed ability reduce tailwater runoff considerably. When EFO, use was reduced by 9063 m^3...