Sentence examples for capacity crops from inspiring English sources

The capacity crops up in nearly every phyla of life of Earth, suggesting to scientists that our common ancestor may have had regenerative abilities.

The extensive knowledge base in the area of nitrogen fixation in legumes (Oldroy et al. 2011) has provided the basis for new investment in establishing this capacity in crops such as maize, with the view to then transferring to other non-legume crops (https://www.jic.ac.uk/news/2012/07/cereals-self-fertilise/#).

Nowadays, enhancing the photosynthetic capacity of crops is regarded as being one of the most promising ways to increase yield and biomass production.

The European Union recommends that control should be exercised over the amount of fertilizer applied; however, they do not specify limits the safe amount of fertilizer applied depends on climatic conditions, the nitrogen absorption capacity of crops, the soil N content as well as the frequency and timing of the application [2].

In addition, the TEOSINTE BRANCHED1/CYCLOIDEA/PROLIFERATING CELL FACTOR1-20 (TCP20) TF was recently identified as a key element in the systemic signaling pathway that directs N foraging in Arabidopsis roots, thus opening up the possibility of controlling root plasticity to improve soil exploration capacity in crops.

Our results contrast to a view quite generally held until few years ago that alleles originating from the crop were considered deleterious for survival in the wild, assuming a general loss of adaptive capacity for crop genes in wild habitats (Hails and Morley 2005).

The effect of water holding capacity on crop growth due to water holding capacity, nutrient retention, and microbial growth must be understood, in addition to the benefits of the likely reduced need for irrigation and fertilizer and pesticide usage.

In light of climate change, the need to improve the adaptive capacity of crop taxa for resisting acute and chronic biotic and abiotic stress, has never been more pressing.

The positive effects of organic manures on soil structure, aggregate stability, water-holding capacity and crop yield were reported in several studies (Togun and Akanbi 2003; Jedidi et al. 2004; Odlare et al. 2008).

While potency of full length TcdA is almost independent of the site of application, basolateral membranes show considerable increased endocytotic capacity towards CROP-truncated TcdA, resembling those effects observed for TcdB.

Although urea is the most used N fertilizer worldwide, little is known on the capacity of crop plants to use urea per se as an N source.