7 results about "Zoysia" patented technology

The invention belongs to the technical field of riparian zone restoration and treatment, and mainly relates to a plant-microorganism coupling bank protection method suitable for cities in cold regions. The method specifically comprises the following steps: selecting zoysia japonica as revetment vegetation, selecting bacillus subtilis and pseudomonas stutzeri as revetment microorganisms, and constructing a plant-microorganism coupling system to realize natural ecological revetment. The method is a novel ecological bank protection technology integrating multiple functions of river bank reinforcement, water quality purification, soil remediation and the like, the stability of the river bank can be remarkably enhanced, water and soil loss is reduced, water and soil are purified, the ecological environment is continuously improved, and a new thought method is provided for river and lake shoreline remediation; and the method has a good practical engineering application prospect.

The present invention relates to a novel Korean velvet grass variety 'KVX' of the genus Zoysia, and a specific marker for identifying 'KVX', and more specifically, relates to 'KVX' (Accession No: KCTC16100BP), which is a novel Korean velvet grass variety having resistance to high temperature-high humidity stress, low-mowing and shade tolerance, longer green color retention, and ultra-fine leaves.

‘NARUO1920’ is a new plant of perennial Zoysia grass plant which is distinguishable from other Zoysia plants know to the Inventor by having a very short leaf length, fine leaves, and high creeping ability.

The present embodiments provide methods for selectively controlling weeds in improved turfgrass, comprising applying clomazone to the improved turfgrass. Until now, clomazone has not been considered for use in improved turf due to unacceptable / anti-aesthetic bleaching properties, which are overcome by the methods described herein. The methods include consideration and management of clomazone application timing relative to turf type, turf dormancy, and overseeding timing and planting depth. The present methods provide the use of clomazone in the control of Poa (Poa annua and P. trivialis) in warm-season and cool-season improved turf types, such as Bermuda grass, Zoysia grass, St. Augustine grass, Centipede grass, Ryegrass, Fescue turf types, Kentucky Bluegrass, or mixtures of thereof. The methods further facilitate the use of clomazone to control Poa and other weeds in overseeding practices, such as overseeding with Ryegrass or Kentucky Bluegrass. These methods achieve desired turfgrass tolerance and turf aesthetics while still achieving desired selective weed control efficacy, supporting a new use for clomazone in improved turfgrass markets.

The invention discloses a method for identifying the genetic relationship of different zoysia japonica germplasms, and belongs to the technical field of identification of the genetic relationship of the zoysia japonica germplasms, primer sequences are shown as SEQ ID NO.11-SEQ ID NO.12. The primer is used for preparing a kit, the genetic relationship of the zoysia japonica can be specifically identified, and a foundation is laid for follow-up research on the genetic performance of the zoysia japonica.

A new and distinct plant of Zoysia plant named ‘16-TZ-14114’, characterized by its wide leaf texture and vigorous growth, which results in fast establishment after planting. The Zoysia plant named ‘16-TZ-14114’ is an asexually reproduced, tetraploid plant is reliably propagated vegetatively, although it is not seed or pollen sterile.

The application belongs to the technical field of molecular biology, and particularly relates to a construction method of a Zoysia japonica germplasm resource fingerprint and application thereof. The construction method comprises the following steps: collecting different varieties of Zoysia japonica, performing PCR amplification by using a SSR molecular marker primer group, obtaining an electrophoresis result, and numbering according to the lengths of DNA fragments of different varieties of Zoysia japonica in the electrophoresis result; taking Zoysia japonica to be constructed into a fingerprint, performing PCR amplification by using the SSR molecular marker primer group, obtaining an electrophoresis result, finding corresponding numbers according to the lengths of DNA fragments in the electrophoresis result, and sorting to generate a Zoysia japonica germplasm resource fingerprint. The construction method can accurately, efficiently and stably identify Zoysia japonica germplasm resources, and provides a theoretical basis and technical support for related researches such as Zoysia japonica germplasm resource identification, variety discrimination and molecular marker assisted breeding.