Results 31 to 40 of about 37,961 (159)
Response of Triticum aestivum to boron stress
Russian Journal of Plant Physiology, 2017 Despite the demonstration that proline accumulation and gene expression of Δ1-pyrroline-5-carboxylate synthase (p5cS) increased under osmotic stress, the impact of excess boron on proline metabolism is not well known. Therefore, we investigated the effect of different boron concentrations (10, 50, 70, 140 and 200 ppm) on seedlings root growth, lipid ...
Leblebici, Sema, Ünal, Dilek
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Participatory assessment of minor crops: A situated study on hulled wheats
Quantitative Plant BiologyExpanding crop diversity is essential to address the imminent challenges of agriculture. This is especially true for organic farming, which relies on locally adapted species and varieties.
Sofía Correa +17 more
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, 1956 Published as part of Becherer, 1956, Florae Vallesiacae Supplementum, pp.
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Agronomy ScienceAgricultural production diversity is becoming a key to solve challenges of modern agriculture - including those related to climate change. The main cereals cultivated in Europe are wheat, rye and barley.
Marta Wyzińska, Adam Kleofas Berbeć
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A 10-Year Ecological Monitoring of Soils and Triticum aestivum in the Impact Zone of a Power Station
Agriculture, 2023 Based on 10 years of environmental monitoring located around the emission zone of an electricity supplier, the main regularities have been studied for the content of heavy metals (HMs), such as Pb, Cd, Zn, Cu, Ni, Mn, and Cr, and 16 priority polycyclic ...
Victor Chaplygin +12 more
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Applied SciencesIron is one of the necessary trace elements for plant growth and the human body. The ‘hidden hunger’ phenomenon in the human body caused by an imbalance of iron in soil is increasingly prominent.
Surong Zhang +6 more
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Impact of Winter Cover Crops on Total and Microbial Carbon and Nitrogen in Black Soil
AgronomyWinter cover crops have been shown to promote the accumulation of microbial biomass carbon and nitrogen, enhance nutrient cycling, reduce erosion, improve ecosystem stability, etc. In the black soil area of Northeast China, Triticum aestivum L., Medicago
Yubo Li +5 more
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, 2018 Triticum aestivum L. Artbeschreibung: 80-150 cm hoch. Blätter 5-15 mm breit, flach, allmählich zugespitzt, kahl oder fein behaart. Blatthäutchen kurz, gestutzt, zudem kleine, bewimperte Blattöhrchen. Blütenstand eine dichte, aufrechte Ähre mit steifer, nicht brüchiger Achse. Ährchen 2-5 blütig, 2zeilig, mit der Breitseite zur Ährenachse.
Konrad Lauber +2 more
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ИЗУЧЕНИЕ ПОТЕНЦИАЛА ХРАНЕНИЯ СЕМЯН КОЛЛЕКЦИОННЫХ ОБРАЗЦОВ TRITICUM AESTIVUM L. И TRITICUM DURUM L.
Studia Universitatis Moldaviae: Stiinte reale si ale naturii, 2016 STUDIEREA POTENŢIALULUI DE PĂSTRARE A SEMINŢELOR MOSTRELOR DE TRITICUM AESTIVUM L. ŞI DE TRITICUM DURUM L. În articol sunt prezentate rezultatele evaluării parametrilor morfofiziologici ai seminţelor mostrelor din colecţia de grâu comun şi de grâu ...
USM ADMIN
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Evolutionary history of Triticum petropavlovskyi Udacz. et Migusch. inferred from the sequences of the 3-phosphoglycerate kinase gene. [PDF]
PLoS ONE, 2013 Single- and low-copy genes are less likely to be subject to concerted evolution. Thus, they are appropriate tools to study the origin and evolution of polyploidy plant taxa.
Qian Chen +12 more
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