[PERSON] et al. [8] investigated the application of a light-emitting diode (LED) lighting system to water bamboo cultivation during the nights of winter seasons. The proposed system is compared with previous LED systems, in which the LED bulbs were placed directly above water bamboo leaves, while in the proposed one, an LED array module was followed like the streetlight configuration. The results indicated that this lighting system can prevent the stunting of water bamboo leaves, further assist its growth, while it does not affect the harvesting process. [PERSON] et al. [9] evaluated several alternatives in the graft assembly and coupling protocol. They studied the different working alternatives for grafting using a robotic system and analyzed two modes of joining. Additionally, they studied the different orientation alternatives for the cutting line and the seedling union with respect to the clip opening. [PERSON] et al. [10] present the development of a prediction model for the tractor axle torque during tillage operation that can replace expensive axle torque sensors. A prediction model was proposed through regression analysis using key variables affecting the tractor axle torque. The prediction model was developed based on measured variables using multiple regression and was verified using the measured actual axle torque from field experiments. [PERSON] et al. [11] carried out a detailed study in order to evaluate the genetic distinction among Kurdish rice genotypes using the simple sequence repeats (SSRs) molecular markers and to perform in vitro tests to characterize the drought tolerance of six rice genotypes. The results saw that a significant genetic distance among the six rice genotypes for drought tolerance exists. [PERSON] et al. [12] presented a technology for obtaining photoconversion fluoropolymer films for greenhouses based on nanoscale fluorophores with a high quantum yield. Films could convert ultra-violet and violet radiation into the blue and red regions of the visible spectrum that is the most important for plant growth. It was shown that the use of photoconversion fluoropolymer films promotes the growth of biomass. Finally, [PERSON] et al. [13] presented a wheeled form trimming machine designed for shrub plants with the aim of reducing labor input, increasing efficiency, and improving trimming performance. To test the adaptability of the machine, five different shrub plants were chosen and trimmed by the machine. Results saw that the overall similarity was above 93%. Therefore, the form trimming machine developed could meet the requirements of shrub trimming in horticulture with desirable precision and adaptability. In the area of agri-robotics, two research articles and a review are included. [PERSON] et al. [14] presented the development of an automatic navigation system for orchard vehicles based on 2D lasers in order to realize autonomous driving and path-tracking of vehicles in complex standardized orchards that involve much noise and interference between rows of fruit trees. The results saw that this study satisfies the precision requirements of orchard vehicle automatic navigation and provides guidance and suggestions for the industrial application of laser navigation with high precision and low cost in the standardized orchard planting industry. [PERSON] and [PERSON] [15] conducted a study to determine the visual requirements for a remote supervisor of an autonomous sprayer. Video sequences were used to obtain information about the boom status, the location and movement of the sprayer within the field, the weather conditions (especially the wind), obstacles to be avoided, crop conditions, and field conditions. Based on the outcomes of the work, the sprayer operators preferred the concept of visual information rather than information presented under graphical display using icons or symbols. Finally, in the review work, [PERSON] et al. [16] set out the theoretical foundation for understanding the planning aspects of mobile robots,particularly within the field of agriculture.