Guangcong Chen1, Jinpeng Han2, Jiale Ding3, Yiru Chen4, Xuanhe Ren5
1.College of Mechanical and Power Engineering, Dalian Ocean University; 2.Engineering College, China
University of Petroleum-Beijing at Karamay; 3.Colleg of Management Science and Information Engineering, Hebei University of Economics and Business; 4.Nanhai Academy of Fine Arts, Haikou College of Economics;
5.College of Computer Science and Technology, Henan Polytechnic University
Abstract：
Tidal flat agriculture is a unique form of agriculture found in China's coastal regions, characterized by
abundant land resources, high biodiversity, and an interlaced aquatic-terrestrial ecological environment. However, challenges such as low terrain, strong tidal influences, and heavy sticky soils hinder mechanized
operations. Traditional agricultural machinery struggles to adapt to the special terrain and crop requirements of
tidal flats, limiting agricultural efficiency improvements. This paper, based on the characteristics of tidal flat
agriculture, deeply analyzes the current mechanization status and existing problems, exploring mechanization
paths suitable for tidal flat environments, including equipment modification, operation mode optimization, and
intelligent technology integration. It also envisions future development directions for tidal flat agricultural
mechanization towards intelligence, greening, and intensification, aiming to provide theoretical support and
technical reference for promoting agricultural modernization in tidal flat areas.
Key Words：
tidal flat agriculture; agricultural mechanization; development path; intelligent equipment; ecological
agriculture
