Interdrought-II Posters
|
First Author |
Title |
Session |
Poster No. |
|
Abd El Lateef, EM |
Effect of fertilizer management
on wheat growth and yield under semi arid condition |
2 |
P 2.01 |
|
Abd El Lateef, EM |
Response of some field crops to
irrigation with secondary treated wastewater in desert soil |
2 |
P 2.02 |
|
AbdEl-Ghany,HM |
Wheat production under
water-limited sandy soil conditions using bio-organic fertilizer systems. |
2 |
P 2.03 |
|
Abdelhamid, MT |
Response of faba-bean (Vicia
faba, L.) to Orobanche crenata infestation in relation to different watering
regimes |
2 |
P 2.04 |
|
Ahmadzadeh, A |
Evaluation of lines coming up
from landrace spring wheat with respect to resistance drought stress |
2 |
P 2.05 |
|
Ahmed, MF |
Effect of Irrigation Water
Quantities on Consumptive Use, Water Use Efficiency and Crop Coefficients of
Sesame (Sesamum indicum L.) |
2 |
P 2.06 |
|
Akbari, M |
Effect of deficit irrigation on
sugar beet, under furrow irrigation method |
2 |
P 2.07 |
|
Ali, T |
Yield comparison of different
clover species under water stress in Shahrekord |
2 |
P 2.08 |
|
Ayoub, MS |
Water for Life, Pakistan
Perspective |
2 |
P 2.09 |
|
Barbanti, L |
Growing sugar beet (Beta vulgaris
L.) in soil columns at different moisture |
2 |
P 2.10 |
|
Basso, B |
Spatial and temporal variability
of durum wheat water uptake: field
study and simulation approach |
2 |
P 2.11 |
|
Belhaj frej, M |
Comparaison of agronomic,
morpho-physiological traits and grain
yield for a panel of durum and bread wheat under water-limited conditions*. |
2 |
P 2.12 |
|
Ben Salem, F |
Impact of drought on a steppe of
Stipa Tennacissima in southern Tunisia |
2 |
P 2.13 |
|
Ben Salem, F |
Survey of the dynamics of root
system of three autochthonous pre-saharan Tunisian trees: Acacia raddiana
Savi., Ceratonia siliqua L. and Juniperus phoenicea L.. Implication for their
multiplication in nursery. |
2 |
P 2.14 |
|
Cabrera, LL |
Effects of water status, nitrogen
supply and genotype on wue and nue in durum wheat |
2 |
P 2.15 |
|
Cargnel, MD |
Soybean water use and yield under
irrigation and different row spacings. |
2 |
P 2.16 |
|
Daneshian?, AM |
The effects of irrigation levels
and nitrogen fertilizer for drought damages decrease on yield and yield
components of sunflower |
2 |
P 2.17 |
|
Daneshian, J |
Effect of water deficit and
potassium on yield architecture of soybean (Glycine max L.(merr.) |
2 |
P 2.18 |
|
De Vita, P |
Vegetation Indices to predict
plant water stress |
2 |
P 2.19 |
|
Delkhosh, B |
Growth analysis of advanced
Rapeseed cultivars under desirable and deficient irrigation |
2 |
P 2.20 |
|
Deswarte, JC |
Genetic control of water use efficiency
in brassica and Arabidopsis |
2 |
P 2.21 |
|
Dieng, I |
Modelling the interaction
genotype x environment to predict response of crop |
2 |
P 2.22 |
|
Dos Santos, T |
Effect of grapevine deficit irrigation
and soil management on canopy microclimate, fruit quality and yield |
2 |
P 2.23 |
|
Eevera, T |
An innovative approach for
effective utilization of water and soil in theDrought prone areas |
2 |
P 2.24 |
|
El-Aal, AIA |
Soil and Water Exploitation for
Maximizing Productivity of Tomato-Faba bean under Stress Ecological
Conditions |
2 |
P 2.25 |
|
El-Ganayni, AA |
Productivity and water relations
of corn plants grown under different conditions of water supply and potash fertilization |
2 |
P 2.26 |
|
Elias, E |
Post-harvest quality of pear
fruits from irrigated and non-irrigated orchards |
2 |
P 2.27 |
|
Erdem, T |
Response of Agronomic Crops to
Use of Deficit Irrigation in the Thrace Region-TURKEY |
2 |
P 2.28 |
|
Farias, JRB |
Drought: Risks in Brazilian
soybean producing regions |
2 |
P 2.29 |
|
Ferrotti, F |
Yield and quality of durum wheat
as affected by foliar Glycinebetaine applications in rainfed Mediterranean
conditions |
2 |
P 2.30 |
|
Flagella, Z |
Influence of water deficit on
durum wheat grain protein composition and technological quality |
2 |
P 2.31 |
|
Gabellini, E |
Irrigating sugar beet (Beta
vulgaris L.) by means of a decision support system in Italy |
2 |
P 2.32 |
|
Ganji, A |
Deficit irrigation may not
increase net benefits if uncertainty is ignored |
2 |
P 2.33 |
|
Gargouri, K |
Mapping of drought impact on
olive growing in Tunisia |
2 |
P 2.34 |
|
Gendler, T |
Similarities in peaks of sun-spot
numbers, years of drought and annual plant biomass in the Kara-Kum Desert of
Turkmenistan |
2 |
P 2.35 |
|
Ghrab, M |
Performance of almond and
pistachio trees in dryland aeries of tunisia |
2 |
P 2.36 |
|
Goldani, M |
Effects of drought levels and
planting date on phenology, physiological characteristics, yield and yield
components of three chickpea (Cicer arietinum L.) cultivars |
2 |
P 2.37 |
|
Goldani, M |
Effects of irrigation regimes on phenology,
physiological characteristics, yield and yield components of wheat (Truticm
aestivum L.) cultivars |
2 |
P 2.38 |
|
Gurumurthy, S |
Participatory technology
selection for improving rainfed rice production |
2 |
P 2.39 |
|
Hammadeh, I |
Canopy nitrogen distribution and
photosynthesis during grain filling in irrigated and water stressed sunflower
genotypes |
2 |
P 2.40 |
|
Hassanpanah, D |
Evaluation of drought tolerance
in wheat genotypes by drought indices |
2 |
P 2.42 |
|
Hayashi, S |
Effects of seeding rate and
genotype on seedling establishment and grain yield of direct seeded rainfed
lowland rice (Oryza sativa L.) with different water availability in Northeast
Thailand |
2 |
P 2.41 |
|
Hejazi, A |
Drought Stress Effects on Biomass
Production and Some Qualitative Traits of Forage Sorghum |
2 |
P 2.43 |
|
Hossain, I |
Improving wheat yield and
sustainability in warmer areas through permanent raised bed: Save water and
reduce environmental pollution |
2 |
P 2.44 |
|
Houshmand S |
Evaluation of grain yield and its
components under drought stress during grain filling period in durum wheat |
2 |
P 2.45 |
|
Inagachi |
Soil moisture monitoring using
wireless sensor network for wheat drought research |
2 |
P 2.46 |
|
Jabloun, M |
Relation between radiation
interception and water use by potato and green pepper under drought
conditions |
2 |
P 2.47 |
|
Kapran, I |
Expression of drought adaptation
traits in a random population of sorghum grown in Niger |
2 |
P 2.48 |
|
Katerji, N |
Response of corn yield to plant
water stress caused by salinity and drought: a comparison |
2 |
P 2.49 |
|
Khodambashi, M |
Combining ability of wheat
genotypes for grain yield and plant height under optimum and moisture stress
conditions |
2 |
P 2.50 |
|
Khorshidi, MB |
Drought Effect on Potato Tuber
Number and Weight and Their Relations |
2 |
P 2.51 |
|
Koumanov, K |
Water Use Efficiency of Raspberry
(Rubus Idaeus L.) in Lowland |
2 |
P 2.52 |
|
Kumar, J |
Usefulness of drought tolerance parameters in breeding for drought
tolerance |
2 |
P 2.53 |
|
Leskovar, DI |
Deficit Irrigation: Approaches to
Improve Yield and Quality of Vegetable Crops in Water- Restricted Regions |
2 |
P 2.54 |
|
Liang, YL |
The Rotation System for Solar
Greenhouse Sustainable Production on Loess Plateau in China |
2 |
P 2.55 |
|
Ludwig, F |
Adapting crops to future dryer
climates: using crop models to study the potential of different plant traits
to increase yield in water limited environments |
2 |
P 2.56 |
|
Mahendran, S |
Technology option for increasing
rainfed rice production |
2 |
P 2.57 |
|
Mahfoozi, S |
Rate and duration of kernel
filling and grain yield of barley genotypes grown in dry areas of Iran |
2 |
P 2.58 |
|
Mastrangelo, AM |
Evaluation of durum wheat
biodiversity for productivity in mild water-stressed environments |
2 |
P 2.59 |
|
Mitchell JH |
Does reduced-tillering improve kernel
size stability in wheat? |
2 |
P 2.60 |
|
Mnif, Lobna |
Water potential of Cenchrus
ciliaris L. a perennial grass of arid regions |
2 |
P 2.61 |
|
Morsy, MA |
Improving wheat yield and quality
grown in sandy calcarous soil in middle Egypt |
2 |
P 2.62 |
|
Moukhtar, MM |
Salinization-Water logging
Approach and Mole drainage under saline groundwater in Clay low permeable,
Egypt |
2 |
P 2.63 |
|
Moukhtar, MM |
Soil and Water Utilization for
Maximizing Effectiveness of Maize as a Protective Crop for Tomato in
Environmental Stress Conditions |
2 |
P 2.64 |
|
Mridha, GC |
Optimal Allocation of Irrigation
Demand and Its Impact on Groundwater – A Case Study in Bangladesh |
2 |
P 2.65 |
|
Naderi, MR |
Evaluation effect of drought
stress and plant density on
ecophysiological traits three
lines of safflower in isfahan summer planting |
2 |
P 2.66 |
|
Nagaz, K |
Potato yield response to saline
water management under drip irrigation in arid conditions of southern
Tunisia. |
2 |
P 2.67 |
|
Nasri, M |
Interaction of nutrient elements
and drought stress in cultivars of Brassica napus |
2 |
P 2.68 |
|
Patakas, A |
Comparative effects of partial
root-zone drying (PRD) and regulated deficit irrigation (RDI) on
physiological and biochemical parameters in grapevines |
2 |
P 2.69 |
|
Pazooki, A |
Study of water stress effect on
water use efficiency of two rapeseed (Brassica napus L.) cultivars |
2 |
P 2.70 |
|
Peltonen-Sainio, P |
The role of pre- and
post-anthesis water availability in predicting yield and protein content in
malting barley |
2 |
P 2.71 |
|
P?rez-Pastor, A |
The sensitivity of plant water
indicators in almond trees submitted to severe deficit irrigation |
2 |
P 2.72 |
|
P?rez-P?rez, JG |
Physiological responses of
Carrizo citrange citrus rootstock seedlings to salinity and drought stress |
2 |
P 2.73 |
|
Pidgeon, JD |
Using a growth model-based drought
stress index for assessing dro |
2 |
P 2.74 |
|
Puthur, JT |
Characterization of
photosynthetic events and associated changes in tea clones (Camellia sinensis
(L.) O. Kuntze under conditions of drought |
2 |
P 2.75 |
|
Qureshi, M |
Determine the efficiency of
Balochistan’s traditional underground irrigation system Karez during the
drought |
2 |
P 2.76 |
|
Rahmoune, C |
Drought tolerance of some tomato
genotypes cultivated under water deficit conditions |
2 |
P 2.77 |
|
Rekha, PN |
Wastewater irrigation in drought
management |
2 |
P 2.78 |
|
Rinaldi, M |
Irrigation in autumnal sugar
beet: effects on root yield and plant growth |
2 |
P 2.79 |
|
Rizvi, SMH |
Validation of a QTL for terminal
drought tolerance in pearl millet |
2 |
P 2.80 |
|
Romero, P |
Influence of the patterns of root
activity and soil water extraction in drought tolerance of two rootstocks
citrus trees |
2 |
P 2.81 |
|
Roshdi, M |
A Survey on the Effect of
Different Levels of Irrigation features on the Qualitative and Quantitative
Varieties of Sunflower |
2 |
P 2.82 |
|
Sadrghaen, SH |
Assessment of microirrigation
systems on tomato cultivation |
2 |
P 2.83 |
|
Saied, A S |
Effects of different irrigation
intervals on growth of lime (Citrus aurantifolia L.) seedlings |
2 |
P 2.84 |
|
Schmid, U |
Aerobic rice: deficit irrigation |
2 |
P 2.85 |
|
Schmidhalter, U |
Site-specific Crop Production and
Precision Phenotyping for Water Limited Areas |
2 |
P 2.86 |
|
Sch?tze, N |
Impact of hydrodynamic modelling
and optimal scheduling on simulated crop water production functions |
2 |
P 2.87 |
|
Serrem, CK |
Variation in agronomic attributes
between old and modern Mexican hybrids of maize in water and nitrogen
unfavourable environments |
2 |
P 2.88 |
|
Shamsi, K |
The effects tillage systems on
phenology and metabolism of carbohydrate on winter wheat |
2 |
P 2.89 |
|
Shayannejad, M |
Effect of deficit irrigation
on water use efficiency of potato grown under every-other furrow irrigation |
2 |
P 2.90 |
|
Teimur-pur, H |
Evaluation of Drought Tolerance
in Iranian Landrace Wheat Genotypes by Using Stress Susceptibility and
Tolerance Indices |
2 |
P 2.91 |
|
Toker, C |
Chickpea (Cicer arietinum L.)
ideotypes for drought areas in Mediterranean region |
2 |
P 2.92 |
|
Toker, C |
Screening for drought tolerance
in chickpea (Cicer arietinum L.) |
2 |
P 2.93 |
|
Toure, A |
Drought research on sorghum in Mali:
breeding for drought prone environments |
2 |
P 2.94 |
|
Tran, TQ |
Yield components of upland rice
lines with different numbers of drought QTLs in water-limited conditions |
2 |
P 2.95 |
|
Utset, A |
AGRIDEMA: an EU-funded effort to
promote the use of climate and crop simulation models in agricultural
decision-making |
2 |
P 2.96 |
|
Wang, A Q |
Preparation and application of a
novel inorganic-organic hybrid superabsorbent nanocomposite |
2 |
P 2.97 |
|
Wei, YX |
Water saving and anti-drought combined
technological measures' influences on Maize yield formation factors and water
utilization efficiency in semi-arid region of China |
2 |
P 2.98 |
|
Yarnia, M |
Evaluations of drought on yield and
yield components of Azarghol (Helianthus annuus L.) in different density |
2 |
P 2.99 |
|
Yassen, A |
Effect of nitrogen and organic
matter fertilizer on wheat plant under water regime |
2 |
P 2.100 |
|
Yates, IE |
Influence of water stress on emergence
of Fusarium verticillioides from corn plant tissues |
2 |
P 2.101 |
|
Zarei, G |
Improving Water Use Productivity
in Sugar Beet through Deficit Irrigation |
2 |
P 2.102 |
|
Zehtab-Salmasi, S |
Effects of irrigation disruption
and sowing date on yield and essential oil of Dill |
2 |
P 2.103 |
|
Zhang, ZX |
Development of water saving
Agriculture in the west semi-arid region of Heilongjiang province |
2 |
P 2.104 |
|
Ahmadzadeh, A |
Path analysis of grain yield, its
components, and some morphological characters in spring wheat under normal
and drought conditions |
3 |
P 3.01 |
|
Akbari, M |
Effect of deficit irrigation on
potato varieties, under sprinkler irrigation method |
3 |
P 3.02 |
|
Alizadeh, KH |
Optimal Levels for Some
Characteristics in Brassica Oilseed Crops in Drought condition |
3 |
P 3.03 |
|
Alizadeh, KH |
Study on Stability of Selected
Lines of Safflower under Dryland Conditions in Iran |
3 |
P 3.04 |
|
Aminian, R |
Drought tolerance study in common
bean |
3 |
P 3.05 |
|
Anoop, G |
Impact of Technology Adoption on
Drought Proofing in Rainfed Rice Ecosystems of Tamil Nadu, India |
3 |
P 3.06 |
|
Ardakani, MR |
Effect of drought stress on quantitative
and qualitative characteristics of oil seed rape (Brassica napus, L.) |
3 |
P 3.07 |
|
Ardakani, MR |
Drought stress effects on
quantitative and qualitative characters of commercial sunflower cultivars and
hybrids |
3 |
P 3.08 |
|
Bahman, PE |
Evaluation of physiological and
agronomic characters of oilseed rape cultivars for late season drought
tolerance |
3 |
P 3.09 |
|
Basso, B |
Long-term weather analysis and
simulation of durum wheat yield in dryland area of Southern Italy |
3 |
P 3.10 |
|
?a??rgan M.I. |
Genetic male sterility as a tool
to develop drought tolerant populations of barley |
3 |
P 3.11 |
|
Carrubba, A |
New cropping systems in semi-arid
Mediterranean environments: potential role of medicinal and aromatic plants |
3 |
P 3.12 |
|
Castrignan? A. |
Assessment of desertification
risk using multivariate geostatistics |
3 |
P 3.13 |
|
Cereti, CF |
Effect of reducing irrigation on
biomass production and aesthetic quality of Festuca arundinacea turf |
3 |
P 3.14 |
|
Dadashi, MR |
Drought resistance
evaluation in cotton and path analysis of its effective characters(oral) |
3 |
P 3.15 |
|
Dadashi, MR |
Evaluation of drought
resistance of tetraploid cotton cultivares at different
Osmoticum Levels |
3 |
P 3.16 |
|
Daneshian, J |
Evaluation of Sunflower Hybrids,
CMS and Restorer lines to Drought Stress |
3 |
P 3.17 |
|
Delkhosh, B |
A study of drought stress effcts
on yield and some Agronomic and
physiolyical chracteristic in Rapeseed |
3 |
P 3.18 |
|
Dodig, D |
Correlation and path coefficient
analysis of yield and agronomic traits in wheat under late water deficit
conditions |
3 |
P 3.19 |
|
Eberius, M |
Application of image analysis to
quantify drought related effects in medium and high throughput screening of
plants |
3 |
P 3.20 |
|
Egamberdiyeva, D |
Biotechnological Approaches for
improvement of plant productivity and yield under arid soils of Uzbekistan |
3 |
P 3.21 |
|
Erdem, Y |
Use of Infrared Thermometry for
Developing Baseline Equations for Main Crops of Thrace Region in Turkey |
3 |
P 3.22 |
|
Fischer, T |
Present and future options for
commercial farmers in drought-prone environments |
3 |
P 3.23 |
|
Gafurova, G |
Improvement of drought resistant
wheat varieties in Uzbekistan |
3 |
P 3.24 |
|
Galal, YGM |
Use of Bio-Organic Approach to Combat
Desertification and Soil Salinity with Application of 15N Technique |
3 |
P 3.25 |
|
Garcia Barrios, L |
How will increased drought
conditions modify the yield advantage of intercrops over monocrop? |
3 |
P 3.26 |
|
G?mez-Macpherson, H |
Irrigation water productivity in
the arid environment of the Senegal River basin: rice and sorghum |
3 |
P 3.27 |
|
Grant, OM |
Thermal imaging of stomatal
closure in grapevine: implications for improving yield and reducing water
consumption |
3 |
P 3.28 |
|
Gul?as, J |
Seasonal and inter-annual
variations of gas exchange in thirteen woody species along a climatic
gradient in the Mediterranean island of Mallorca |
3 |
P 3.29 |
|
Hou, SL |
Advances and Prospect of Crop
Drought Resistence |
3 |
P 3.30 |
|
Janagoudar, BS |
Relationship of water use
efficiency with biophysical and yield parameters under various moisture
regimes in cotton (Gossypium sp.) |
3 |
P 3.31 |
|
Jin, DM |
Grain yield heterosis and drought
tolerance in the inter-ecotype hybrids between P/TGMS lines (irrigated rice)
and upland rice or aerobic rice varieties (O. sativa. L) |
3 |
P 3.32 |
|
Kamel, AS |
Productive sustainable rice based
rotation in saline-sodic lands in Egypt |
3 |
P 3.33 |
|
Latiri, K |
Delocalisation of irrigated agricultural
production to South Mediterranean: Consequences on water use, its efficiency
and sustainability |
3 |
P 3.34 |
|
Latiri, K |
Drought effects on Tunisian
agriculture and its sustainability |
3 |
P 3.35 |
|
Mahan, JR |
BIOTIC: A biologically-based
protocol for irrigation scheduling |
3 |
P 3.36 |
|
Mahfoozi, S |
Kernel development and
improvement of irrigated winter wheat grain yield under terminal drought
stressed conditions in Iran |
3 |
P 3.37 |
|
Makumbi, D |
Combining Ability, Heterosis and Stability
of Tropical Maize Inbreds under Stress and Optimal Conditions |
3 |
P 3.38 |
|
Marletto, V |
Agricultural drought: an index
based on transpiration deficit |
3 |
P 3.39 |
|
Massoudifar, O |
Study on the effect of drought stress
on yield components and agronomic characterizes in ten cultivars of wheat |
3 |
P 3.40 |
|
Mohammadi, A |
Selection indices for drought
tolerance in bread wheat (Triticum aestivum) |
3 |
P 3.41 |
|
Mohanraj, K |
An evaluation of physiological responses for drought
tolerance in dual purpose sorghum (Sorghum bicolor (L). Moench) |
3 |
P 3.42 |
|
Munjal, R |
Physiological evaluation of
synthetic wheat for drought resistance |
3 |
P 3.43 |
|
Naghavi, MR |
Evaluation of late season drought
tolerance in advanced barley genotypes |
3 |
P 3.44 |
|
Nair, S |
An Assessment of the Food
Security in India in a Changing Environment |
3 |
P 3.45 |
|
Najafabadi |
Study of drought tolerance in
barley (Hordeum vulgare L.) |
3 |
P 3.46 |
|
Neal, J |
How crops and pastures respond to
water stress |
3 |
P 3.47 |
|
Nguyen, TD |
Development of drought resistant
upland rice for northern region of Vietnam |
3 |
P 3.48 |
|
Nouri Emamzadei, MR |
Simulation of wheat growth and development
under drought stress conditions |
3 |
P 3.49 |
|
?zba?, MO |
Agronomic Performance of Improved
Semi-Dwarf Mutants of Barley in a Rainfed Environment |
3 |
P 3.50 |
|
Prahadeeswaran, M |
Diversification as Drought Coping
Strategy to Sustain Rainfed Ecosystems of Tamil Nadu, India |
3 |
P 3.51 |
|
Rahmoune, C |
Effect of water regime on growth
and yield of various durum wheat varieties |
3 |
P 3.52 |
|
Ramasamy, C |
Extent of Risk and Varietal Adoption
in Rainfed Rice Agriculture in Tamul Nadu, India |
3 |
P 3.53 |
|
Ramsey, RJL |
Towards developing a general
model for optimizing partial rootzone drying irrigation (PRD) in differing
soil and environmental conditions |
3 |
P 3.54 |
|
Rana, G |
Evapotranspiration and crop
coefficient of irrigated citrus orchard under semi-arid climate |
3 |
P 3.55 |
|
Rezaei, AH |
The effects of different moisture
on agronomic characteristics of eight soybean (Glycine max.L) cultivars in
Shahre-kord location |
3 |
P 3.56 |
|
Richter, GM |
A terrain-based crop modelling
system to assess management and mitigation options of arable agriculture |
3 |
P 3.57 |
|
Roustaii, M |
Evaluation of wheat landraces as
a genetic source using for wheat improvement in cold dryland areas of Iran |
3 |
P 3.58 |
|
Salkini, AB |
Integrated research and
development approach to sustainable yield improvement in semi-desert
drylands: the case of Northwest Coast, Egypt |
3 |
P 3.59 |
|
Savin, R |
Comparative yield physiology
between wheat and barley under Mediterranean conditions |
3 |
P 3.60 |
|
Sayar, R |
Drought tolerance evaluation
tests in durum wheat (Tritium durum Desf.) |
3 |
P 3.61 |
|
Selvaraj, G |
Livelihood Enhancement in Rainfed
Rice Farming through Establishment of seed village |
3 |
P 3.62 |
|
Selvaraj, KN |
Impact of Drought on Cropping
Pattern Change and Poverty in Rainfed Rice |
3 |
P 3.63 |
|
SENE, M |
Effect of soil conditioners on peanut
(Arachis hypogea) establishment and runoff control in early drought conditions |
3 |
P 3.64 |
|
Shahriari, R |
Evaluation of Advanced Wheat
Genotypes for Freezing Tolerance |
3 |
P 3.65 |
|
Shehrawat, P |
Sustaining Dry land Agriculture -
An Extension Management Approach |
3 |
P 3.66 |
|
Sikaoui, L |
Patterns of carbon isotope
discrimination in olives (Olea europaea L.) in southwest of Morocco |
3 |
P 3.67 |
|
Singh DN |
Participatory plant breeding
(PPB) as a tool for developing rice varieties for rainfed uplands |
3 |
P 3.69 |
|
Sultan, PA |
Genetic Analysis for yield and
yield component traits in winter x spring wheat crosses |
3 |
P 3.68 |
|
Tabatabaeian, J |
Evaluation of drought tolerance
in wheat varieties (Triticum aestivum,L. ) |
3 |
P 3.70 |
|
Vafabakhsh, Javad |
Effects of drought stress on
water use efficiency (WUE) in Rapeseed cultivars under semi-arid climate of
Mashhad, Iran |
3 |
P 3.71 |
|
Vahabzadeh, M |
Evaluation of wheat landraces as
a genetic source using for wheat improvement in cold dryland areas of Iran |
3 |
P 3.72 |
|
Vitali, G |
Dynamics of agricultural
scenarios in relation to irrigation policy: the case of Romagna |
3 |
P 3.73 |
|
Wanjura, D F |
Adapting the BIOTIC Protocol to
Manage Water Deficits |
3 |
P 3.74 |
|
W?hling, Th |
Impact of Furrow Irrigation
Design and Management on Yield under Water-limited Conditions |
3 |
P 3.75 |
|
Yahoueian, H |
Drought stress effects on yield
and yield components of soybean genotypes
|
3 |
P 3.76 |
|
Yahoueian, H |
Evaluation of soybean genotypes
in drought conditions |
3 |
P 3.77 |
|
Yazdchi, S |
Evaluation of yield and some
characteristics of ten spring Barley (Hordeum vulgare) varieties under limited
and non-limited irrigation |
3 |
P 3.78 |
|
Zadhassan, E |
Evaluation of triticale lines as
a new crop for cold dryland areas in Iran |
3 |
P 3.79 |
|
Zhang, ZB |
Developing High Water Use
Efficiency Agriculture in China |
3 |
P 3.80 |
|
Zrofi, M |
The study of salty effect on
generation of spring wheat |
3 |
P 3.81 |
|
Aroca R. |
Root aquaporin expression in
mycorrhizal plants drying under water defict conditions |
4 |
P 4.01 |
|
Bagatta, M |
Adaptation to drought in Beta
species |
4 |
P 4.02 |
|
Barary, M |
Response of Australian triticale
genotypes to water deficit |
4 |
P 4.03 |
|
Bouchereau, A |
Osmolyte production, subcellular
compartmentation and function in protein folding in the halotolerant Limonium
latifolium |
4 |
P 4.04 |
|
Cruz de Carvalho, MH |
RAB16-type dehydration in Lupinus
albus: pattern of protein accumulation
and gene expression in response to drought stress |
4 |
P 4.05 |
|
Daneshian, J |
Drought stress effects on yield, quantitative
and qualitative characterstics of new sunflower hybrids |
4 |
P 4.06 |
|
Degenkolbe, T |
Effect of drought-stress on
expression profils of fructan producing potatoes. |
4 |
P 4.07 |
|
Detti, S |
The xanthophyll cycle in response
to drought stress in Arbutus unedo L. |
4 |
P 4.08 |
|
Durand, T |
Effect of drought stress followed
by a rewatering period on physiological parameters and the proteome of
Populus x canescens. (clone 717-1B4). |
4 |
P 4.09 |
|
Efisue, AA |
Evaluating rice genotypes at the
vegetative stage for drought recovery ability and associated traits for
water-limited environments |
4 |
P 4.10 |
|
Farzad, P |
Effects of drought stress on chlorophyll
fluorescence parameters, chlorophyll content and grain yield of wheat
cultivars |
4 |
P 4.11 |
|
Ghars, M |
Proline accumulation promoted by
different signalling pathways in Arabidopsis thaliana and in Thellungiella
halophila |
4 |
P 4.12 |
|
Giuliani, S |
Expression profiling of near
isogenic lines for a major QTL influencing leaf ABA in maize |
4 |
P 4.13 |
|
Grudkowska, M |
Cysteine proteinases in wheat
leaves upon water deficit |
4 |
P 4.14 |
|
Habibi, D |
Antioxidative responses to water stress
among three Safflower (Carthamus tinctorius, L.) cultivars |
4 |
P 4.15 |
|
Jovanovic, Z |
Genotypic differences in the
response of maize leaf growth to
chemical and hydraulic signals |
4 |
P 4.16 |
|
Kamenetsky, R |
Resurrection geophyte Ranunculus asiaticus: changes in cell structure and protein
content during annual life cycles of desiccation and re-hydration |
4 |
P 4.17 |
|
Kawano, N |
Evaluation of response of Oryza
glaberrima Steud. to drought stress through analyzing leaf rolling and xylem exudation
rate |
4 |
P 4.18 |
|
Khan, N |
Morpho-biochemical
characterization of wheat genotypes under drought stress. |
4 |
P 4.19 |
|
Kwon, TR |
Determination of
dehydration-induced physiological changes and molecular responses in rice
plants |
4 |
P 4.20 |
|
Li, FM |
Adaptation to drought stress
among spring wheat cultivars of different
decades in semi-arid China. ?: Differential responses of cultivars to
drying soil under field conditions |
4 |
P 4.21 |
|
Li, JS |
Dissecting the role of the H+-PPase
AVP1 in plant growth, nutrition, and response to abiotic stress Root
engineering, auxin transport. |
4 |
P 4.22 |
|
Lugan, R |
The metabolic profiling of
osmolyte accumulating mutants, transgenics and extremophile relatives of
Arabidopsis thaliana under osmotic or salt stress conditions |
4 |
P 4.23 |
|
Manal, M |
The effect of drought stresses on
different sugar beet genotypes (Beta vulgaris L.) |
4 |
P 4.24 |
|
Marques, A |
Effects of water stress and stress
recovery on the legume model plant Medicago truncatula cv. Jemalong |
4 |
P 4.25 |
|
Merchant, A |
Targeted metabolite profiling
uncovers biochemical links with drought adaptation in the genus Eucalyptus |
4 |
P 4.26 |
|
Moragues, M |
The area of dispersal affects
carbon isotope discrimination of Mediterranean durum wheat landraces |
4 |
P 4.27 |
|
Nanasato, Y |
Cytochrome b561and ascorbate
oxidase as components for a novel redox chain in leaves of wild watermelon: Does
it contribute to the dissipation of excess light energy? |
4 |
P 4.28 |
|
Niogret, MF |
Hormonal balance involved in
amino acid metabolism adjustments under osmotic stress in canola |
4 |
P 4.29 |
|
Nurit, E |
Changes in polyamine
concentration in leaf, ear tip and silk tissues of maize under water-stress. |
4 |
P 4.30 |
|
Oukarroum, A |
Analysis of the chlorophyll a
fluorescence transient OJIP during drought stress and re-watering of barley
cultivars (Hordeum vulgare L.) |
4 |
P 4.31 |
|
Pastore, D |
Possible plant mitochondria
involvement in cell adaptation to drought stress |
4 |
P 4.32 |
|
Pinheiro, C |
Detection of early reactions of
Lupinus albus plants to water deficit |
4 |
P 4.33 |
|
Pshybytko, NL |
Electron flows in barley
chloroplast under dehydration |
4 |
P 4.34 |
|
Raveendran, M |
Proteomic analysis of drought
responsiveness in rice peduncles |
4 |
P 4.35 |
|
Salekdeh, HG |
The identification of salt and drought
tolerance candidate genes: a comparative Proteomics approach |
4 |
P 4.36 |
|
Sarrafi, A |
Genetic control and performance
of doubled haploid lines for drought resistance in wheat |
4 |
P 4.37 |
|
Sharma, AD |
Peptidyl prolyl cis-trans isomerase
activity and drought tolerance |
4 |
P 4.38 |
|
Sharma, N |
Transcript analysis of IR64 and
Moroberecan roots under contrasting moisture regimes |
4 |
P 4.39 |
|
Singh, AK |
Physiological and biochemical
traits for screening of DT lines |
4 |
P 4.40 |
|
Slama, A |
Durum wheat (Triticum durum Desf)
awns: anatomy and role in the determination of grain yield under drought
conditions in Mediterranean zone |
4 |
P 4.41 |
|
Tagliavia, CPP |
Using infrared thermography to study
the CO2 and ABA signalling pathways in Arabidopsis |
4 |
P 4.42 |
|
Takahara, K |
Regulation of citrulline
accumulation in wild watermelon under drought in the presence of strong light |
4 |
P 4.43 |
|
Tiessen A |
Regulation of carbohydrate metabolism
in maize plants under water stress |
4 |
P 4.44 |
|
Tronina, L |
Multivariable approach to
monitoring stress in cork oak stands |
4 |
P 4.45 |
|
Tung, SA |
A study of responses to water-stress
applied uniformly or asymmetrically to part of the root systems of transgenic
and untransformed tomato plants. |
4 |
P 4.46 |
|
Urano, K |
Metabolome and transcriptome
analysis of ABA responsive pathway under drought stress in Arabidopsis thaliana |
4 |
P 4.47 |
|
Xing, Xu |
Study on the correlation between
carbon stable isotope discrimination and spring wheat grain yield |
4 |
P 4.48 |
|
Xiong, YC |
Adaptation to drought stress
among spring wheat cultivars of different
decades in semi-arid China. I: Responses of cultivars to drying soil
under the pot-culture condition |
4 |
P 4.49 |
|
Zhang, P |
Leaf senescence-inducible
expression of isopentenyl transferase in cassava rendering it resistant to
drought stress |
4 |
P 4.50 |
|
Zhao, J |
ABA-inducible maize transcription
factors function in regulation of ROS homeostasis |
4 |
P 4.51 |
|
Ahmed, N |
Genetic Transmission of drought
related morpho-physiological characters in wheat (Triticum aestivum L.) |
5 |
P 5.01 |
|
Altpeter, F |
Bahiagrass (Paspalum notatum
Flugge) with engineered environmental stress regulon |
5 |
P 5.02 |
|
Alvarez, X |
In vitro evaluation of citrus
rootstocks tolerance to salt and boron |
5 |
P 5.03 |
|
Ammar, H |
Drought-induced changes in chemical
composition of some Mediterranean shrubs |
5 |
P 5.04 |
|
Arif, A |
Genetic transformation for
salinity and drought tolerance in plants. |
5 |
P 5.05 |
|
Arndt, SK |
Role of quercitol in drought
stress adaptation of eucalypts |
5 |
P 5.06 |
|
Arteaga, MI |
Antioxidant activity and PS II
efficiency in rice under water deficit |
5 |
P 5.07 |
|
Balko, C |
Physiological parameters of
drought tolerance in relation to yield and yield stability in faba beans |
5 |
P 5.08 |
|
Bencivenni, C |
Comparative Map and Trait Viewer
(CMTV): An efficient tool to display and identify genomic regions from large
and diverse data sets. |
5 |
P 5.09 |
|
Bertrand, G |
Gas exchange and water relations as
influenced by water deficit in an under-utilised and neglected crop: grass
pea (Lathyrus sativus L.) |
5 |
P 5.10 |
|
Boughanmi, N |
Adaptation of Medicago sativa cv
Gab?s to water stress induced by high salinity |
5 |
P 5.11 |
|
Brestic, M |
Adaptation of photosynthetic
responses of plants to drought and high temperature |
5 |
P 5.12 |
|
Callister, A |
Comparison of four methods for
measuring leaf osmotic potential |
5 |
P 5.13 |
|
Carmo-Silva, AE |
How does water stress affect C4 photosynthesis
at different CO2 levels? |
5 |
P 5.14 |
|
Christopher, JT |
A stay-green wheat that produces
high yield under rain-fed conditions in sub tropical Australia. |
5 |
P 5.15 |
|
Costa e Silva, F |
Responses to sub-optimal temperatures
in two different clones of Eucalyptus globulus Labill. |
5 |
P 5.16 |
|
Cruz, RD |
Water stress and stress recovery
of Portuguese maize cultivars |
5 |
P 5.17 |
|
Cuellar-Ortiz, S |
Relationship between carbohydrate
metabolism and drought tolerance in pinto villa, a drought tolerant common
bean variety |
5 |
P 5.18 |
|
Dichio, B |
Adaptative mechanisms of olive tree to drought |
5 |
P 5.19 |
|
Diouf, M |
Effect of water deficit during flowering
on growth and morpho-physiological responses in sesame (Sesamum indicum L.) |
5 |
P 5.20 |
|
Diouf, O |
Agrophysiological traits of
pre-harvest aflatoxin contamination in groundnut |
5 |
P 5.21 |
|
El-mezawy, A |
Genetic analysis of some pepper (Capsicum annuum L.) varieties
using three PCR-based markers |
5 |
P 5.22 |
|
Faye, I |
Characterizing root responses to
low phosphorus in Pearl millet (Pennisetum glaucum (L.) R. Br.) |
5 |
P 5.23 |
|
Flexas, J |
Co-adjustment of water losses and
photosynthesis in leaves: a role for aquaporins? |
5 |
P 5.24 |
|
Fuad, Hassan A |
A model to predict anthesis
silking interval in maize : analysis of differential responses to water
deficit of ear-axis organs. |
5 |
P 5.25 |
|
Galiba, G |
Aegilops biuncialis as a
potential gene source for improving drought tolerance of wheat |
5 |
P 5.26 |
|
Galmes, J |
Adaptation and acclimation of
Rubisco specificity to drought: ecological significance and a possible key for
genetic improvement of crop production |
5 |
P 5.27 |
|
Ghorbani Javid, M |
Effects of Drought Stress on
Morphological Characteristics of Two Different Genotypes of Cutleaf Medics
(Medicago laciniata (l) Mill) |
5 |
P 5.28 |
|
Ghorbani Javid, M |
Mechanism of Osmotic Adjustment
in Two Different Genotypes of Cutleaf Medics (Medicago laciniata (l.) Mill)
under Drought Stress |
5 |
P 5.29 |
|
Girish, TN |
Reproductive moisture stress
compartmentation to study its differential impact on grain filling and
fertility in IR50 and fertility in IR50 and Moroberekan varieties |
5 |
P 5.30 |
|
Gogolakova, A |
Photosynthesis light response
curves of Dendranthema indicum during water stress |
5 |
P 5.31 |
|
Gomes, FP |
Stomatal and non-stomatal limitation
to photosynthesis in two Brazilian Green Dwarf coconut genotypes recovering
from drought stress |
5 |
P 5.32 |
|
Gutterman, Y |
Periodicity in seedling drought
tolerance of Schismus arabicus from the Negev and Kara-Kum Deserts |
5 |
P 5.33 |
|
Hafsi, M |
Evaluation of Flag Leaf
Senescence in durum Wheat as Selection
criterion Under Drought conditions of Eastern Algeria |
5 |
P 5.34 |
|
Hamidou, F |
Physiological, biochemical and
agronomical responses of cowpea (Vigna unguiculata (L.) Walp.) genotypes to
water deficit in greenhouse and field conditions. |
5 |
P 5.35 |
|
Hamooh, BT |
Germination of Salicornia
Bigelovii under Different Sea Water and Temperatures stresses. |
5 |
P 5.36 |
|
Hirotsu S |
Mapping QTLs for plant growth in
rice under water stress induced by polyethylene glycol |
5 |
P 5.37 |
|
Hund, A |
Root morphology of drought
tolerant and drought sensitive maize genotypes |
5 |
P 5.38 |
|
Inoue, T |
Physiological characteristics
related to drought resistance in Chinese local cultivar Hongmangmai |
5 |
P 5.39 |
|
Izanloo, A |
Evaluation of physiological
traits for identifying key components of drought tolerance in wheat |
5 |
P 5.40 |
|
Jagadish, SV |
High temperature tolerance at
anthesis in rice (O. sativa) |
5 |
P 5.41 |
|
Jearakongman, S |
Evaluation of near-isogenic
introgression lines of rice for grain yield and physiological traits under
range of drought stress conditions |
5 |
P 5.42 |
|
Karrou, M |
Mapping adaptation of barley to drought evironments (MABDE):
Understanding physiological processes unerlying barley adaptation to drought
in Morocco |
5 |
P 5.43 |
|
Katerji, N |
Eco-physiological and agronomical
characteristics associated with the varietal salt tolerance: the durum wheat
and chick-pea cases. |
5 |
P 5.44 |
|
Khan, H R |
Genotypic variation in
physiological attributes related to drought tolerance in faba bean |
5 |
P 5.45 |
|
Lakshmi P |
Comparative physiology of rice
and wheat under drought |
5 |
P 5.46 |
|
Le Cah?rec, F |
The involvement of proteolytic
activities in the proline response of osmotically stressed canola leaf
tissues. |
5 |
P 5.47 |
|
Li, S |
Association mapping for root
characteristics in durum wheat |
5 |
P 5.48 |
|
Li, Y |
Evaluation at two water regimes
of the effects of the major QTL root-ABA1 influencing root architecture and
ABA concentration in maize |
5 |
P 5.49 |
|
Maksimovic, L |
Reaction of different sugar beet
genotypes to short term water deficiency |
5 |
P 5.50 |
|
Martinelli T |
In situ staining of sugars in
Sporobolus stapfianus, a desiccation-tolerant plant accumulating sucrose
during water stress. An informative technique for sugar localization in plant
tissues using tetrazolium and coupling enzymes. |
5 |
P 5.51 |
|
Martinelli, T |
Ammonium metabolism during
dehydration stress in the resurrection plant Sporobolus stapfianus. A
comparison between desiccation-sensitive older leaves and
desiccation-tolerant younger leaves. |
5 |
P 5.52 |
|
Masoud sinaki, J |
Growth and accumulation of
organic and inorganic solutes in two canola cultivars during water stress |
5 |
P 5.53 |
|
Masoud sinaki, J |
Water relation, Growth and
osmotic adjustment in sorghum seedlings under PEG 6000 and Nacl in light and
Darkness |
5 |
P 5.54 |
|
Masoud Sinaki, J |
Effect of different air and
root-zone temperatures on growth of annual medics |
5 |
P 5.55 |
|
Masoud Sinaki, J |
Effects of Drought Stress on
Ecomorphophysiological Traits of Zea Mays L. |
5 |
P 5.56 |
|
Mefti, M |
Ecophysiological analysis of
drought tolerance in some populations of Medicago polymorpha (L.) |
5 |
P 5.57 |
|
Mhadhbi, H |
Interaction between chickpea
cultivars and rhizobial strains to enhance legume growth under water deficit |
5 |
P 5.58 |
|
Moradi, F |
Drought tolerance in cutleaf
medic (Medicago laciniata (l.) Mill): a morphological and physilogical
perspective |
5 |
P 5.59 |
|
Mwale, SS |
Linking crop growth to soil water
in bambara groundnut (Vigna subterranea (L) Verdc) using C13 discrimination. |
5 |
P 5.60 |
|
Nassab Mohammadi, A.D. |
Evaluation of ground cover, grain
filling and seed germination |
5 |
P 5.61 |
|
Nassab Mohammadi, A.D. |
Influence of different irrigation
times on grain yield and some traits of two soybean (Glycine max L.) varieties |
5 |
P 5.62 |
|
Oddo, E |
Effects of water stress on
Sicilian olive cultivars |
5 |
P 5.63 |
|
Olsovska, K |
Drought network in Slovakia:
interdisciplinary approach to study crop drought tolerance |
5 |
P 5.64 |
|
Palta, JA |
Understanding lupin responses to
water deficit and yield improved under terminal drought |
5 |
P 5.65 |
|
Pekic, S |
Drought response QTLs in a DTP
maize mapping population growing in pots |
5 |
P 5.66 |
|
Peres, LEP |
Evidence for an endogenous ABA to
IAA balance controlling growth of excised orchid roots (Catasetum fimbriatum)
under osmotic stress. |
5 |
P 5.67 |
|
Pestana, A |
The effects of rain exclusion on
carbon uptake of tree seedlings of the Amazonia Rainforest |
5 |
P 5.68 |
|
Prabhu, D |
Study of Endogenous Free
Ployamine Accumulation and Ethylene Evolution in Mungbean Cultivars Grown
under Water Stree |
5 |
P 5.69 |
|
Ranjbarfardooei, A |
Effect of drought stress on
ecophysiological characteristics of sweet almond (Prunus amygdalus Batsch).
I. Gas exchange, content of photosynthetic pigments, and chlorophyll
fluorescence |
5 |
P 5.70 |
|
Rouhi, V |
Stem photosynthesis in three
different almond species during drought and subsequent recovery |
5 |
P 5.71 |
|
Sakagami, JI |
Variation of deep rooted ability
in rice genotypes in Savanna/Woodland of West Africa |
5 |
P 5.72 |
|
Samson, R |
Is drought stress resistance
important under irrigation? A case study for two olive varieties in Tunesia. |
5 |
P 5.73 |
|
Samson, R |
Ecophysiological differences of
three almond species to drought and subsequent recovery |
5 |
P 5.74 |
|
Sassi, S |
Genotypic variability for
tolerance to drought of N2-fixing common bean (Phaseolus vulgaris) |
5 |
P 5.75 |
|
Sawkins, MC |
Identifying and understanding the
key factors that play a major role in the plant productivity under water
stress conditions |
5 |
P 5.76 |
|
Seddig, S |
Drought stress in potatoes -
consequences and selection possibilities - |
5 |
P 5.77 |
|
Shirani Rad, AH |
Water Deficit Stress Effect at
Filling Seed Stages of Rapeseed |
5 |
P 5.78 |
|
Shirani Rad, AH |
Water Deficit Stress at
Developmental Stages of Rapeseed |
5 |
P 5.79 |
|
Shvaleva, A |
Role of antioxidant system in leaves
and roots of two Eucalyptus globulus clones with different sensitivity to
drought |
5 |
P 5.80 |
|
Singh, BB |
Evaluating sterility trait in F2
population of drought lines using molecular tools in the target environment |
5 |
P 5.81 |
|
Slabbert, M |
Changes and adaptations of
metabolic response systems during drought stress in Amaranthus (wild spinach) |
5 |
P 5.82 |
|
Stikic, Radmila |
Partial root drying: changes in
resources partitioning improves fruit quality |
5 |
P 5.83 |
|
Tavakkol Afshari, R |
Study of germination,
photosynthesis and antioxidative enzymes in cotton phenotypes (Gossypium
hirsutum L.) under simulated drought stress |
5 |
P 5.84 |
|
Tobita, S |
Water Use Efficiency and Carbon Isotope
Discrimination in Brazilian Soybean Cultivars under Water Stress |
5 |
P 5.85 |
|
Turner, NC |
Does osmotic adjustment increase
the yield of chickpea under terminal drought |
5 |
P 5.86 |
|
Uga, Y |
Discovery of a chromosomal region
associated with root structure using a set of representative cultivars
derived from rice germplasm collections |
5 |
P 5.87 |
|
Vadez, V |
Recent advances in drought
research at ICRISAT: Using root traits and rd29a::DREB1A to increase water
use and water use efficiency in drought-prone areas |
5 |
P 5.88 |
|
Vald?s, AE |
Drought-related responses in
juvenile material ofeucalyptus: endogenous aba content in sensitive and
resistant genotypes |
5 |
P 5.89 |
|
Vazan S |
Study of proline variations in related
to abscisic acid, stomatal conductivity, plasma membrane stability in
different genotypes of Beta vulgaris L. under drought stress and non-stress
condition |
5 |
P 5.90 |
|
Vazan S |
Chlorophyll fluorescence and
photosynthetic efficiency in different genotypes of Beta vulgaris L. in
relation to yield and stomata conductivity under drought stress and
non-stress conditions |
5 |
P 5.91 |
|
Venora, G |
Drought stress tolerance in wheat
by image analysis of micro-morphological traits. |
5 |
P 5.92 |
|
Villegas, D |
Effect of water availability on
biomass accumulation and leaf area expansion of durum wheat grown under
Mediterranean conditions |
5 |
P 5.93 |
|
Wahbi, S |
Water relations, growth, photosynthesis
and water use efficiency of tomato plants subjected to partial rootzone
drying (PRD) and regulated deficit irrigation (RDI). |
5 |
P 5.94 |
|
Whittaker, A |
The regulation of leaf sucrose
and amino acid accumulation in desiccation-tolerant Sporobolus stapfianus |
5 |
P 5.95 |
|
Yan, J |
Drought tolerance response in
wild barley, Hordeum spontaneum to ecological stress at Evolution Canyon
microsite, Israel |
5 |
P 5.96 |
|
Yue, B |
Genetic Basis of Drought Resistance
at Reproductive Stage in Rice: Separation of Drought Tolerance from Drought
Avoidance |
5 |
P 5.97 |
|
Zamecnik, J |
Differences in flag leaf water
use efficiency of adapted winter wheat cultivars to water stress. |
5 |
P 5.98 |
|
Zamecnikova, B |
Response of barley plants to
water stress |
5 |
P 5.99 |
|
Zhang, ZB |
Studying and genetic improving
water use efficiency of wheat in China |
5 |
P 5.100 |
|
Zheng, QS |
Ion distribution in seedlings of Aloe
vera and Salicornia europaea in response to NaCl stress and their salt
tolerance |
5 |
P 5.101 |
|
Bagherieh-Najjar, MB |
Modulation of intrachromosomal
homologous recombination and stress-induced DNA rearrangements by the
Arabidopsis RecQl4A gene |
6 |
P 6.01 |
|
Bassett, CL |
Patterns of Gene Expression in
Peach Bark and Leaves in Response to Water Deficit and Cold Treatment |
6 |
P 6.02 |
|
Belloni, S |
Functional Genomics to dissect drought
signal transduction in cereals by using A.thaliana as model system |
6 |
P 6.03 |
|
Bogeat-Triboulot, MB |
Integrative approach of the
response of P euphratica to drought and recovery: from genes to
ecophysiology |
6 |
P 6.04 |
|
Boopathi, M |
QTL mapping of drought resistance
traits using indica rice (Oryza sativa L.) lines adapted to target population
of environment |
6 |
P 6.05 |
|
Bouchabke, O |
A genomic approach to reveal
function of orphan genes involved in drought respo |
6 |
P 6.06 |
|
Chen, M |
Ectopic overexpression of novel
soybean stress-responsive transcription factor GmDREB gene in wheat enhance
drought tolerance during seedling development |
6 |
P 6.07 |
|
Contour-Ansel, D |
Gene expression of glutathione
reductase in leaves of Cowpea (Vigna unguiculata L. Walp) and total soluble
enzymatic activity under progressive drought stress, desiccation and ABA treatment |
6 |
P 6.08 |
|
Costa, A |
Microarray analysis for transcriptional
profiling of potato cells under abrupt or gradual-adaptive exposure to water
stress |
6 |
P 6.09 |
|
Cui, KH |
Understanding responses of
seedlings to drought and its genetic basis in rice |
6 |
P 6.10 |
|
De Almeida, AM |
A trehalose biosynthesis gene of
plant origin used to increase drought tolerance in plants: genetic
engineering of the model plant Nicotiana tabacum (tobacco) and crop plant Zea
mays (maize) |
6 |
P 6.11 |
|
Devaiah, KM |
Identification and
Characterization of Drought Induced Transcripts in Peanut. |
6 |
P 6.12 |
|
Diop, NN |
Differential expression of two
cystatin messengers in the leaves of cowpea (Vigna unguiculata (L.) Walp.)
plants submitted to drought-stress |
6 |
P 6.13 |
|
Fu, Binying |
Fine Mapping and Candidate Gene
Identification of QTLs for Drought Tolerance in Rice |
6 |
P 6.14 |
|
Galbiati, M |
A Guard Cell-Specific MYB
transcription Factor Regulates Stomatal Activity and Plant Water Loss |
6 |
P 6.15 |
|
Galeffi, P |
Molecular responses to drought
stress: expression of TdDRF gene in several durum wheat varieties in
controlled greenhouse and field conditions. |
6 |
P 6.16 |
|
GANESH, SK |
Genetic dissection towards
development of drought tolerance in lowland rice |
6 |
P 6.17 |
|
Gargouri-Bouzid, R |
Production of transgenic potato
plants overexpressing the ?1-pyrroline-5-carboxylate synthetase increases
Proline production and confers osmotolerance |
6 |
P 6.18 |
|
GOMEZ, M |
QTL mapping and marker assisted
selection for drought tolerance in rice (Oryza sativa L.) |
6 |
P 6.19 |
|
Guerra-Peraza, O |
Zmcoi6.1 and its arabidopsis
thaliana ortholog, Atc0i6.1 are novel stress regulated genes |
6 |
P 6.20 |
|
Guo, P |
Expression Analysis of Barley
Genes in Response to Drought Stress during the Reproductive Growth Stage
Using Microarray |
6 |
P 6.21 |
|
Habash, DZ |
Exploiting the wheat genome to
optimise water use in Mediterranean ecosystems |
6 |
P 6.22 |
|
Hu, HH |
Overexpression of a novel transcription
factor gene significantly improved drought and salinity tolerance in rice |
6 |
P 6.23 |
|
Kerepesi, I |
Genetic regulation of PEG induced
carbohydrate accumulation in hydroponycally raised wheat seedlings |
6 |
P 6.24 |
|
Kiani, SP |
Genetic and physiological
analysis of drought resistance in sunflower Recombinant Inbred Lines |
6 |
P 6.25 |
|
Krugman, T |
Identification of drought
resistance candidate genes - cDNA-AFLP analysis |
6 |
P 6.26 |
|
Liu, ZC |
Cloning of drought-tolerance
related genes Rnced, Dr1 and Dr2 from rice cv. Zhonghan 3 through DDRT-PCR
and RT-PCR approach |
6 |
P 6.27 |
|
Mar?, C |
Analysis of role of Hv-WRKY38, a
transcription factor involved in cold- and drought response |
6 |
P 6.28 |
|
Marino, R |
Drought modulated transcriptome
in maize developing kernels |
6 |
P 6.29 |
|
Medini M. |
DDRT-PCR analysis of
differentially cDNAs expression in chickpea seedlings upon induction of
drought stress |
6 |
P 6.30 |
|
Melvin, OJ |
Evolutionary linkage between
drought and vegetative desiccation tolerance in plants |
6 |
P 6.31 |
|
Molinari, HBC |
Osmotic adjustment in transgenic
citrus rootstock Carrizo citrange (Citrus sinensis Osb. X Poncirus trifoliata
(L.) Raf.) overproducing proline |
6 |
P 6.32 |
|
Muthappa, SK |
Understanding functional
relevance of drought stress induced cDNAs: a re |
6 |
P 6.33 |
|
Nepomuceno, AL |
Drought induced gene expression
in Brazilian soybean genotypes |
6 |
P 6.34 |
|
Parry, MAJ |
OPTIWHEAT – Improving the yield
stability of Durum wheat under Mediterranean conditions |
6 |
P 6.35 |
|
Pathan, MS |
Transcript profiling of
contrasting rice genotypes and their recombinant inbred lines segregating for
root penetrate through compacted soil |
6 |
P 6.36 |
|
Ramalingam, J |
Structural and functional
analysis of wheat based on expressed sequence tags (ESTs) related to abiotic
stresses |
6 |
P 6.37 |
|
Rampino, P |
Expression of drought related genes
in Triticum and Aegilops |
6 |
P 6.38 |
|
Ristic, Z |
Chloroplast protein synthesis
elongation factor, EF-Tu, and drought and heat tolerance in maize (Zea mays
L.): EF-Tu function andexpression under stress conditions |
6 |
P 6.39 |
|
Sanz, A |
High-throughput analysis of genes
supporting plant performance under drought stress |
6 |
P 6.40 |
|
Seki, M |
Arabidopsis encyclopedia using
full-length cDNAs and its application for expression profiling under abiotic
stress conditions |
6 |
P 6.41 |
|
Taheri, H |
MAPKs Expression Pattern under
Drought Stress in Bread Wheat |
6 |
P 6.42 |
|
Tao, W |
Characterization of transcription
regulatory networks of maize root regions under water deficit conditions |
6 |
P 6.43 |
|
Winter, P |
SuperSAGE-based whole-genome
expression profiling of dehydration-stress |
6 |
P 6.44 |
|
Wu, L |
Expressing JERF3 in tobacco
enhances drought tolerance and displays differential responses to abscisic
acid during development stages* |
6 |
P 6.45 |
|
Xiao, BZ |
Genetic transformation of stress
responsible genes and testing of drought tolerance in rice |
6 |
P 6.46 |
|
Xiong, LZ |
Isolation and characterization of
critical genes for drought tolerance in rice using integrated approaches |
6 |
P 6.47 |
|
Zou, G |
Yield response to water gradient
in a rice population: associations among traits and genetic markers |
6 |
P 6.48 |
|
Atlin, GN |
Progress in developing cultivars
with improved yield under reproductive-stage stress in upland and lowland
rice |
7 |
P 7.01 |
|
Balota, M |
Canopy temperature depression and
drought response in winter wheat: optimal time of sampling for the yield
prediction and genotypic differentiation |
7 |
P 7.02 |
|
Bari, A |
Exploration of genetic variation in
relation to drought tolerance in olives (Olea europaea L.) |
7 |
P 7.03 |
|
Borner, A |
Post Anthesis Drought Tolerance
in Wheat – Evaluation and Molecular Mapping |
7 |
P 7.04 |
|
Boronkay, G |
Drought Tolerant Roses in Hungary |
7 |
P 7.05 |
|
Borrell, A |
Enhancing drought adaptation in
sorghum: combining 'gene-to-phenotype' and 'phenotype-to-gene' approaches |
7 |
P 7.06 |
|
Cakir, M |
Improving terminal drought
tolerance in breadwheat by physiological and molecular genetic approaches |
7 |
P 7.07 |
|
Casadebaig, P |
Impact of canopy architecture on
water stress in sunflower crop |
7 |
P 7.08 |
|
Dur?es, FOM |
Phenotyping maize for drought
response in Brazilian tropical areas: Approaches to breeding programs and
genomics studies1. |
7 |
P 7.09 |
|
Jeyaprakash, P |
Participatory varietal selection
for development and adoption of rice lines for rainfed ecosystem |
7 |
P 7.10 |
|
Jongdee, B |
Identification of drought
resistant genotypes using wet season field screening in rainfed lowland rice |
7 |
P 7.11 |
|
Kotasthane, A S |
Brown spot a biotic stress
associated with water limited conditions in rice |
7 |
P 7.12 |
|
Kumar, A |
The evaluation of panicle
exertion, leaf rolling, and leaf drying as indirect selection criteria for
yield under severe reproductive-stage upland stress in two tolerant x
susceptible rice mapping populations. |
7 |
P 7.13 |
|
Lakew, B |
Phenotypic and Genotypic
Evaluation of Hordeum spontaneum derived lines for adaptation to drought
stress conditions: an international collaboration between ICARDA and
Australia |
7 |
P 7.14 |
|
Li, Y |
Testcross evaluation of
root-ABA1, a major QTL influencing root architecture and ABA concentration in
maize |
7 |
P 7.16 |
|
Li, ZK |
Genetic networks underlying
drought tolerance in rice: detection,
verification and application in breeding |
7 |
P 7.15 |
|
Mahalingam, L |
Evaluation and participatory
varietal selection of rice lines in rainfed production environment |
7 |
P 7.17 |
|
Mart?nez-Rueda, CG |
Variation in grain yield, carbon
isotope discrimination and ash content of wheat lines selected in water
contrasting conditions |
7 |
P 7.18 |
|
McKay J.K. |
Genetics of drought adaptation in
Arabidopsis thaliana. QTL analysis carbon isotope ratio, flowering time and
gas exchange parameters in a new mapping population |
7 |
P 7.19 |
|
Mei, HW |
Development and screening on
drought tolerance of multi-parental introgression lines in rice |
7 |
P 7.20 |
|
Parzies, HK |
Heterotic grouping of Sudanese
sorghum (Sorghum bicolor) landraces for developing drought-adapted hybrid
varieties |
7 |
P 7.21 |
|
Priyadarshi, A |
Effects of drought on combining
ability in maize |
7 |
P 7.22 |
|
Rajabi, A |
Genotypic variation for carbon
isotope discrimination in sugar beet |
7 |
P 7.23 |
|
Robin, S |
Breeding For Reproductive Stage
Drought Tolerance in Rice: Selective
Genotyping, QTL Validation and Varietal Evolution |
7 |
P 7.24 |
|
Rodriguez, M |
Analysis of Genotype by
Environment Interaction in Barley (Hordeum vulgare L.) grown in Mediterranean
Environments. |
7 |
P 7.25 |
|
Shanmugasundaram, P |
Identification of best combining
parents and cross combinations for developing high yielding drought tolerant
rice varieties through conventional breeding |
7 |
P 7.26 |
|
Shrivastava, MN |
Genetic Improvement of Rice for Stabilized
Yields in Drought-prone Environments of Eastern India- A multi-disciplinary
Approach |
7 |
P 7.27 |
|
Sine, B |
Characterization of a core
collection of sorghum |
7 |
P 7.28 |
|
Steele, KA |
Introgression of root QTL into Kalinga
III improves field performance and root length |
7 |
P 7.29 |
|
Subashri, MKK |
Panicle exertion: An important secondary trait determining
grain yield under reproductive stage moisture stress |
7 |
P 7.30 |
|
Suresh, R |
Early generation screening for
yield and secondary traits associated with drought tolerance in rice (Oryza
sativa L.) |
7 |
P 7.31 |
|
This, D |
QTL analysis of water use
efficiency |
7 |
P 7.32 |
|
Verulkar, S B |
Breeding approaches and achievements
in Developing Drought Tolerant Rice Cultivars for Eastern India |
7 |
P 7.33 |
|
Virk, DS |
Integrating client-oriented
breeding and marker-assisted selection in rainfed upland rice |
7 |
P 7.34 |
|
Vivekanandan, P |
Genetic analysis for the improvement
of drought tolerance in TGMS based rice hybrids and cultivars |
7 |
P 7.35 |
|
Yadav, R.S. |
Physiology, genetics and
marker-assisted breeding of drought tolerance QTL in pearl millet |
7 |
P 7.36 |
|
Zaidi, PH |
Constitutive changes in morpho-physiological
traits with recurrent selection for mid-season drought tolerance in maize
(Zea mays L.) |
7 |
P 7.37 |
|
Zheng, TQ |
Genetic analyses of drought
tolerance and sheath blight resistance using drought tolerant rice
introgression lines |
7 |
P 7.38 |
|
Ara?jo, SS |
Expression of an ELIP–like Dsp22
gene from Craterostigma plantagineum in Nicotiana tabacum: assessing a
strategy to increase water-deficit tolerance in plants |
8 |
P 8.01 |
|
Aravindakumar, BN |
Evidence for genetic variation in
water use efficiency in winter wheat and detection of QTLs for carbon isotope
discrimination |
8 |
P 8.02 |
|
Arzenton, F |
Nucleotide diversity and
association mapping using candidate genes for drought and salinity resistance
in durum wheat |
8 |
P 8.03 |
|
Balint, AF |
Mapping of QTLs for drought
tolerance in barley at different developmental stages |
8 |
P 8.04 |
|
Brunet, J |
Genetic responses to progressive
drought-stress and rehydration in the leaves and stems of grass pea (Lathyrus
sativus L.) |
8 |
P 8.05 |
|
Chamarerk, V |
Improvement of basal root
thickness in rice using marker-assisted selection. |
8 |
P 8.06 |
|
Comadran, J |
Identifying barley genomic
regions associated with yield in stressed environments. |
8 |
P 8.07 |
|
de Ronde JA |
Response of transgenic soybean to
limited water conditions in the field |
8 |
P 8.08 |
|
Dram?, KN |
Isolation and characterization of
a novel protease inhibitor regulated by drought stress in groundnut (Arachis
hypogaea L.) |
8 |
P 8.09 |
|
Draye, X |
Models of root system
architecture on the way to improve the power and informativity of QTL
analysis |
8 |
P 8.10 |
|
Duque, AS |
Transformation of the model
legume Medicago truncatula with Adc gene from Avena sativa to improve drought
tolerance |
8 |
P 8.11 |
|
Dwivedi, DK |
Development of drought tolerant
rice cultivars by highly efficient QTL pyramiding |
8 |
P 8.12 |
|
Folkertsma, RT |
Association mapping of stay-green
in sorghum |
8 |
P 8.13 |
|
Frova, C |
Molecular mapping of drought tolerance
traits in maize |
8 |
P 8.14 |
|
Gao, YM |
Selective introgression,
detection and verification of QTLs for Drought Tolerance of Rice |
8 |
P 8.15 |
|
Grace, SAS |
Pyramiding of quantitative trait loci
(QTL) controlling root-related traits in rice (Oryza sativa L.) |
8 |
P 8.16 |
|
Heidari Y. |
of drought stress on some
morphological ,physiological
characteristics and antioxidative enzymes activity levels in different
genotypes forage sorghum |
8 |
P 8.17 |
|
Hittalmani, S |
Effect of QTL for drought
tolerance and detection of critical stages for reproductive stress in aerobic
rice |
8 |
P 8.18 |
|
Ito, Y |
Overexpression of the DREB1/CBF gene
family improved stress tolerance to drought, high salt and low temperature in
rice |
8 |
P 8.19 |
|
Kumashiro, T |
Molecular Approaches for
Developing Drought Tolerant Crops in JIRCAS |
8 |
P 8.20 |
|
Kwak, SS |
Transgenic sweet potato and potato
plants with enhanced tolerance to multiple environmental stresses |
8 |
P 8.21 |
|
Lacasa, I |
Molecular, cytological and
phenotypic study of the reciprocal translocation present in the barley
variety Albacete |
8 |
P 8.22 |
|
Larouk C.H. |
Association of Microsatellites
(SSR) and morpho-physiological Traits with
Yield in Durum wheat under Abiotic Stresses |
8 |
P 8.23 |
|
Levi A |
Mechanisms of drought resistance
in near-isogenic lines of cotton |
|
P 8.24 |
|
Liu, L |
Marker-assisted selection for QTL
of basal root thickness in upland and lowland japonica rice |
8 |
P 8.25 |
|
Louren?o, T |
A transgenic approach with
transcription factors to address abiotic stress tolerance in rice (Oryza
sativa L.) |
8 |
P 8.26 |
|
Maccaferri, M |
IDuWUE: an EU-funded project for
the improvement of water-use efficiency and yield stability in durum wheat |
8 |
P 8.27 |
|
Mangini, G |
Variation for yield components in
a durum wheat recombinant inbred line population under water-limited conditions |
8 |
P 8.28 |
|
Manjunatha, K |
Identification and evaluation of
near-isogenic lines for Silicon uptake in a japonica x indica mapping
population of rice (Oryza sativa L.) |
8 |
P 8.29 |
|
McIntyre, CL |
Adaptation of wheat to water-limited
environments in northern Australia |
8 |
P 8.30 |
|
Messmer, R |
Genetic analysis of drought
tolerance in tropical maize. I. QTL by environment interactions for flowering
traits and grain yield. |
8 |
P 8.31 |
|
Messmer, R |
Genetic analysis of drought
tolerance in tropical maizeII. Possible role of chlorophyll content and
seescence in drought tolerance |
8 |
P 8.32 |
|
Nachit, M |
Use of Physiological an molecular
tools to breed drought resistant durum genotypes |
8 |
P 8.33 |
|
Pankin, A |
DNA markers of Brassica B genome
may facilitate introgressing drought tolerance |
8 |
P 8.34 |
|
Pantuwan, G |
Development of rice cultivars for
rainfed lowland drought prone conditions in Thailand: integration of farmer participatory approach
to the breeding program |
8 |
P 8.35 |
|
Pelag, Z |
Drought Resistance and
Microsatellites Polymorphism in Wild Emmer Wheat Populations |
8 |
P 8.36 |
|
Rahman, S |
DNA markers for drought tolerance
in wheat |
8 |
P 8.37 |
|
Rakitin, AL |
Draught and salt- tolerant plants
result from expression of H+ pyrophosphatase gene from Rhodospirillum rubrum |
8 |
P 8.38 |
|
Ramanna, H |
Developing drought tolerant
finger millet (Elucine coracana Gaertn) by expressing mannitol dehydrogenase
( mtld) |
8 |
P 8.39 |
|
Reina-S?nchez, A |
Comparative genetic analysis of
tomato plant efficiency for water consumption under control and saline
conditions |
8 |
P 8.40 |
|
Rodriguez-Acosta, M |
Linking physiological and genetical
genomic approaches to understand drought tolerance in a fast growing tree
crop, Populus. |
8 |
P 8.41 |
|
Rotaru, VI |
Effect of nutrient supply on
plant growth and nitrate assimilation of soybean (Glycine max.L) under
drought conditions |
8 |
P 8.42 |
|
Salvi, S |
A Gasp? Flint x B73 introgression
library to identify QTLs for drought-related morpho-physiological traits in
maize |
8 |
P 8.43 |
|
Sebastiani, F |
SNPs analysis in drought
tolerance candidate genes in Aleppo pine |
8 |
P 8.44 |
|
Semon, M |
identification of transgressive
variation associated --- |
8 |
P 8.45 |
|
Shiva kumar, S |
Better performance of transgenic
tobacco plants over-expressing stress inducible P5CS gene under drought and
salt stress |
8 |
P 8.46 |
|
Toorchi, M |
Identification of trait and
molecular marker associated with components of drought resistance in rice
(Oryza sativa L.) |
8 |
P 8.47 |
|
Trifi-farah, N |
Diversity in Hedysarum species:
potential use to improve grasslands in Tunisian semi-arid areas |
8 |
P 8.48 |
|
Tuberosa, R |
Results of a survey on
marker-assisted selection for drought tolerance |
8 |
P 8.49 |
|
Venuprasad, R |
Identification of marker loci
responding to selection for grain yield under reproductive-stage drought stress
in seven rice crosses |
8 |
P 8.50 |
|
Wambach, T |
Genetic Variation for Maize
Seedling Root Growth under Water-Deficit Stress |
8 |
P 8.51 |
|
Xu, JL |
QTLs for drought avoidance and tolerance
identified in a set of random introgression lines of rice |
8 |
P 8.52 |