Analysis of rice-cattle integrated system model to support increased farmer income in Buke district, South Konawe regency, Indonesia

Abstract

The purpose of this study was to determine the application model of the rice-cattle integrated system implemented by lowland rice farmers and to know the further acceptance of lowland rice farmers by implementing the rice-cattle integrated system. The population of this study was all lowland rice farmers or 25 people who implemented the integrated system. Determining the number of samples determined by the census. For this reason, the sample size of the survey was 25 people. The types of data used are primary and secondary data. The data analysis used is a descriptive analysis and provides an overview of the application model for rice-cattle system integration and income analysis at the study site. As a result, it is shown the integrated system application model applied by lowland rice farmers, namely cow fertilizer used as rice fertilizer and rice straw used as bran for animal feed. The income is IDR 29,068,731 / year. This income comes from the sale of cows

Comparative Analysis on the Income of Rice Farmers Who Apply an Integration and Conventional System

“…The findings of this research follow research by Kadir (2020), which states that the income of farmers who implement monoculture rice farming contributes income of IDR 9,213,550.00, while integrated rice-cattle farming contributes income of IDR 17,981,726.95. This happens because lowland rice farmers who implement integrated system of lowland rice and cattle do not only come from lowland rice production but also come from cattle production, while conventional lowland rice farmers' income only comes from lowland rice farming (S. Fyka et al, 2021;Kurniati et al, 2019;Umawati, Dasipah, & Karyana, 2021).…”

Research on Audit Simulation of Accounting Computerization Based on Internet Complex Discrete Dynamic Modeling Technology

“…e combination of machinery and the complex discrete dynamic system can automatically compare the length, width, and other details of clothing, so as to improve the production efficiency and quality of products [23]. Based on the complex discrete dynamic system, this paper studies the audit and control of accounting computerization and finally realizes the data processing and calculation of the system [24]. In the process of establishing the discrete dynamic model, the system processing data is optimized by adding the boosting algorithm and then the boosting algorithm is optimized to avoid the influence of external factors on the data results.…”