Introduction: With the growing importance of physical training over sport training for competition, more research has been conducted. One of the least explored techniques is superisometric aquatic training. Objective: Study the application of super-isometric aquatic training to the physical training of soccer athletes. Methods: A literature review was performed to elaborate an experimental protocol. The experimental method was conducted on 24 university volunteers randomly divided into control and experimental groups. Classical training was conducted for two weeks between the groups, superisometric aquatic training was added only in the experimental group. Through the mathematical-statistical method, a comparative analysis of the research results was elaborated, and the effects of the intervention were discussed. Results: The movement time of the athletes in the experimental training group was reduced by 1.89s. The performance of running, tapping, standing jump, and weightlifting tests is not significantly different from those of the traditional strength training group. Conclusion: The application of superisometric aquatic training in the physical preparation of soccer players increased the overall strength of athletes,and also beneficially influenced specific activities of the sport. It is recommended to analyze the characteristics of the athlete and integrate superisometric training to general strength traispecificcally to the need of each athlete. Level of evidence II; Therapeutic studies - investigation of treatment outcomes.

The landscape genes are born from the genetic concept of biology and can play an active role in the internal mechanism and external expression of the spatial characteristics of traditional settlements. The landscape genes are the key elements to distinguish the characteristics of each type, and the emphasis on the causes of the evolution of material forms and spatial and temporal conditions can, to a certain extent, effectively help to study the regular characteristics of the traditional village landscape. Based on landscape genes, this paper studies the spatial characteristics of traditional villages and their inheritance and protection mechanisms, to construct a traditional village landscape genetic system and verify its scientificity by taking Huizhou traditional villages as an example. In order to provide some reference for the study of spatial characteristics of traditional villages and the inheritance and protection of traditional villages.