Identifying environmental factors that improve plant growth and development under nitrogen
(N) constraint is essential for sustainable greenhouse production. In the present study, the …

Nitrogen availability and light quality affect plant resource allocation, but their interaction is
poorly understood. Herein, we analyzed the growth and allocation of dry matter and nitrogen …

A nitrogen supply is necessary for all plants. The multifaceted reasons why this nutrient
stimulates plant dry weight accumulation are assessed herein. We compared tomato plants …

Nitrogen is one of the most important elements for plants and is closely related to
photosynthesis. High temperature stress significantly inhibits photosynthesis under both …

To identify the effect of nitrogen (N) nutrition on the dynamic photosynthesis of rice plants, a
pot experiment was conducted under two N conditions. The leaf N and chlorophyll levels, as …

Photosynthesis and stomata dynamically respond to transient changes in light intensity;
however, information regarding their long-term responses to the light intensity is limited. In …

Plants exhibit higher leaf-to-root ratios (L/R) and lower leaf nitrogen content (N area) in low-
light than in high-light environments, but an ecological significance of this trait has not been …

Nitrogen (N), as a macro-element, plays a vital role in plant growth and development. N
deficiency affects plant productivity by decreasing photosynthesis, leaf area and longevity of …

Light intensity and nitrogen concentration of nutrient solution are considered crucial for the
contents of vitamin C and nitrate in cultivated leaf vegetables. We here investigated the …

Background Nitrogen (N) and potassium (K) are two important mineral nutrients in regulating
leaf photosynthesis. Studying the interactive effects of N and K on regulating N allocation …