Sentence examples for coverage of plant from inspiring English sources

Vegetation abundance is a significant indicator for measuring the coverage of plant community.

Part 1 of this book (flower breeding program issues) contains unique features of interest to horticultural professionals and students, include coverage of plant protection strategies, cultivar trialing methodology, germplasm collection/preservation, preventing invasiveness, and other timely topics.

As NGS technologies emerge, the genotyping-by-sequencing (GBS) approach rapidly gets hundreds of thousands to millions of markers to construct the high-resolution genetic map, and generates sufficient information and coverage of plant genomes (Edwards and Batley 2010).

Alkylsilicones are oil-soluble surfactants that enhance the coverage of plant and petroleum-derived spray oils on target plants (Gaskin et al. [2002]) and the high efficacy of the 20 G OM 500 ml treatment could be attributed to the enhanced coverage.

Consequently, molecular phylogenetic coverage of plant lineages in this biota is more complete than that of any other biodiversity hotspot.

The quiz was given in the lab before any coverage of plant biodiversity in lecture and thus assessed student learning primarily from the lab and report experience.

The system was designed to manage land use, planting species/variety, and optimal coverage of plants.

One design was fully planted (100% coverage of planted marsh sods; termed full density design) and the other design was planted at half the density of the fully planted design (50% coverage of planted marsh sods; termed half density design).

Several aspects of the geographical coverage of tree distribution share similarities with the geographical coverage of plants in big-data biodiversity databases.

Where affected, crop was highly vulnerable; could not be washed, therefore any tephra contamination resulted in 100% loss None Tea Outdoor Early stage of crop cycle in the first of three to four harvests Coverage of plants, leading to reduced photosynthesis and contamination of leaves Self propelled sprayers were effective in removing tephra from leaves using compressed water.

As previously observed, there was no significant difference in percentage uredia coverage of plants maintained pre and post inoculation at 12°C/18°C or 12°C/25°C, whilst plants transferred from the higher to the lower temperature regime were less resistant (P < 0.01).