Wheat productivity is commonly limited by a lack of water essential for growth. Carbon isotope discrimination (Δ), through its negative relationship with transpiration efficiency, has been used in selection of higher wheat yields in breeding for rainfe
Greater yield per unit rainfall is one of the most important challenges in dryland agriculture. Impr...
Climate change is expected to influence crop growth through frequent drought and heat extremes, and ...
The relationship between carbon isotope discrimination, A, measured in plant dry matter and the rati...
Wheat productivity is commonly limited by a lack of water essential for growth. Carbon isotope discr...
Many wheat (Triticum aestivum L.) production regions are threatened annually by drought stress. Carb...
Genetic gain is characteristically slow when selecting directly for increased grain yield under wate...
The present studies were conducted to identify high yielding wheat genotypes for target environments...
Some researchers have proposed that carbon isotope discrimination (CID) be used to indirectly selec...
In several crops including cereals, carbon isotope discrimination (Δ) has been associated with droug...
The use of carbon isotopes discrimination is an important nuclear technique to screen suitable gento...
International audienceCarbon isotope discrimination (Δ) and ash content (ma) have been proposed as s...
International audienceThe natural C-13 abundance (delta C-13) in plant leaves has been used for deca...
In previous investigations, carbon isotope composition (δ13C) has been used in C3 cereals to screen ...
Field experiments were conducted over two seasons (2005-06 and 2006-07) using six durum wheat genoty...
Strong drought tolerance is an important objective in breeding new wheat varieties. We compared the ...
Greater yield per unit rainfall is one of the most important challenges in dryland agriculture. Impr...
Climate change is expected to influence crop growth through frequent drought and heat extremes, and ...
The relationship between carbon isotope discrimination, A, measured in plant dry matter and the rati...
Wheat productivity is commonly limited by a lack of water essential for growth. Carbon isotope discr...
Many wheat (Triticum aestivum L.) production regions are threatened annually by drought stress. Carb...
Genetic gain is characteristically slow when selecting directly for increased grain yield under wate...
The present studies were conducted to identify high yielding wheat genotypes for target environments...
Some researchers have proposed that carbon isotope discrimination (CID) be used to indirectly selec...
In several crops including cereals, carbon isotope discrimination (Δ) has been associated with droug...
The use of carbon isotopes discrimination is an important nuclear technique to screen suitable gento...
International audienceCarbon isotope discrimination (Δ) and ash content (ma) have been proposed as s...
International audienceThe natural C-13 abundance (delta C-13) in plant leaves has been used for deca...
In previous investigations, carbon isotope composition (δ13C) has been used in C3 cereals to screen ...
Field experiments were conducted over two seasons (2005-06 and 2006-07) using six durum wheat genoty...
Strong drought tolerance is an important objective in breeding new wheat varieties. We compared the ...
Greater yield per unit rainfall is one of the most important challenges in dryland agriculture. Impr...
Climate change is expected to influence crop growth through frequent drought and heat extremes, and ...
The relationship between carbon isotope discrimination, A, measured in plant dry matter and the rati...