Horticultural plants, in particular fruit trees, berry crops, and ornamentals, are valuable objects for studying their genetic biochemical properties. Along with traditional methods of these modern molecular technologies emerging, genome editing using CRISPR/Cas9 nucleases. In this review, we have analyzed advances horticultural plants. To date, it has become possible to improve many plant char...

Natural and synthetic plant growth regulators have been used with increasing frequency to modify crop plants by changing the rate or pattern, both, of their responses internal external factors that govern development from germination. The use (PGRs) in modern horticulture is well established, particularly industrially advanced countries, application fast picking up developing nations as well. r...

Greenhouse detection and mapping via remote sensing is a complex task, which has already been addressed in numerous studies. In this research, the innovative goal relies on the identification of greenhouse horticultural crops that were growing under plastic coverings on 30 September 2013. To this end, object-based image analysis (OBIA) and a decision tree classifier (DT) were applied to a set c...

The xylem limited plant pathogenic bacterium Xylella fastidiosa causes economically important diseases on agronomic, horticultural and landscape plants. This review includes the current status of polymerase chain reaction (PCR) based systems for detection and characterization of X. fastidiosa, and presents a genome-wide analysis of strain differentiation. The use of genomics data for strain com...

To date the majority of work on the systemic fungicide phosphite (phosphonate) to control Phytophthora diseases has been conducted on horticultural crops. There is a paucity of work on the control of Phytophthora root and collar rots in natural plant communities. This paper gives an overview of studies conducted in Western Australia which examine the potential of using phosphite in plant commun...