Turfgrasses constitute a vital part of the landscape ecological systems for sports fields, golf
courses, home lawns and parks. However, turfgrass species are affected by numerous …

Turfgrasses are used extensively throughout the world, and there is a steadfast demand to
develop turfgrass varieties with improved abiotic and biotic stress tolerances that will …

Abstract Hydrogen sulfide (H 2 S), as a gaseous messenger molecule, plays critical roles in
signal transduction and biological modulation. In the present study, the roles of H 2 S in …

Annual legumes can adapt to reduced light, a condition common in intercrop**, by
increasing the efficiency with which they convert energy into dry matter (DM). The …

Legumes have a distinct morpho‐physiological response to reduced sunlight, but their
capacity to adapt to the levels of shading due to intercrop** systems is not sufficiently …

Water shortages have become more chronic as periodic droughts prolong and water
demand for urban and agricultural use increases. Plant drought responses involve …

Shade or reduced sunlight poses a major challenge for maintaining acceptable turfgrass
quality. The quantification of daily light integral (DLI, mol m− 2 d− 1) requirement could help …

Combining large multi‐environment trial (MET) datasets to decide which genotypes to move
forward in the breeding process can be challenging, especially when dealing with …

Introduction In recent years, the visible light intensity of lawns has significantly decreased
due to obstructions caused by urban shading objects. Carex has a competitive advantage …

Zoysia spp. germplasm exhibit genetic variation between and within species. A
comprehension of the genetic diversity of Zoysia germplasm could enable the effective …