Author(s)

YiTong Liu^1*, YiLin Wang², JiLing Zou³

Affiliation(s)

¹Department of business, Accounting, Xi’an International Studies University, Shaanxi, 710128, Xi’an, China.

²Department of business, Business English, Xi’an International Studies University, Shaanxi, 710128, Xi’an, China.

³Department of economics and finance, finance, Xi’an International Studies University, Shaanxi, 710128, Xi’an, China.

Corresponding Author

YiTong Liu

ABSTRACT

The development of modern agricultural technology and the limited cultivated land planting resources in China make people pay more attention to the choice of planting plan. In the process of crop planting, whether farmers can comprehensively consider the impact of market price fluctuations, climate change and related commodities (substitutes and complementary products) on the sales unit price, and then make reasonable prediction and estimation of sales volume and output of agricultural products, which has far-reaching significance for the correct choice of planting plan. At the same time on the basis of fully considering the unique properties of different terrain, need to study the diversity of crop species and the adaptation of environment, clever use of refinement means such as rotation and terrain partition, constantly optimize planting layout strategy, and implement dynamic adjustment mechanism, to ensure that planting scheme can follow the environmental change, accurately realize the maximum maximization under the established conditions. In order to meet the farmers' yearning for a better life, this paper reasonably arranges the replacement planting of the optimal crops on various types of land in different seasons, which can effectively balance the unsalable sales and reduced sales caused by the large gap between the expected sales volume and the actual production volume, so as to maximize the annual net income. In view of the uncertainty of crop market and yield, especially the dynamic balance between per-mu yield and expected sales volume, this paper proposes targeted planting adjustment strategies to ensure the effectiveness of planting scheme and the stability of income.

KEYWORDS

Optimization model; Crop planting; Sustainable development; Regression model

CITE THIS PAPER

YiTong Liu, YiLin Wang, JiLing Zou. The crop planting problem based on the optimization model. Eurasia Journal of Science and Technology. 2025, 7(2): 28-33. DOI: https://doi.org/10.61784/ejst3073.

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