Javascript is required
Search
Volume 12, Issue 2, 2026
Open Access
Research article
Technical, Allocative, and Economic Efficiency of Organic Rice Farming in Magelang Regency, Central Java, Indonesia
eni istiyanti ,
ashari ,
pujiati utami ,
alim fausul rouf
|
Available online: 04-02-2026

Abstract

Full Text|PDF|XML
Magelang Regency has been designated as a pilot area for organic rice development, supported by an integrated institutional framework that includes farmer training, extension services, and infrastructure development. This study analyzed the technical efficiency (TE), allocative efficiency (AE), and economic efficiency (EE) of organic rice farming in Magelang Regency, within the context of a government-supported organic farming development program. A stochastic frontier analysis (SFA) was applied to cross-sectional data at farm level to estimate production efficiency and to examine the role of socioeconomic factors in explaining inefficiency. The results indicated relatively high average TE among organic rice farmers. However, estimated inefficiency components were small and statistically insignificant, suggesting that variations in output were largely influenced by stochastic and exogenous factors rather than by technical inefficiency. AE was found to be more moderate, leading to lower EE despite favorable technical performance. This pattern implies that considerations of cost allocation and input price remain important constraints in organic rice farming systems. Socioeconomic characteristics such as age, education, farming experience, and participation of farmer group were associated with lower estimated inefficiency. The findings contribute expectedly to the efficiency of literature on organic agriculture, while offering policy-relevant evidence for improving the design and implementation of organic rice development programs.
Open Access
Research article
Compound Cropping Innovation for Enhancing Farmers’ Terms of Trade in Calcareous Drylands: A Low-Input Agroforestry Approach
eva banowati ,
juhadi ,
muarifuddin ,
ubong imang ,
susilo margono ,
tiara maharani
|
Available online: 04-09-2026

Abstract

Full Text|PDF|XML

Dryland agriculture faces multiple challenges, particularly extreme environmental conditions and institutional constraints, which increase the vulnerability of farming households. Despite the availability of agricultural land, sustainable solutions are required to improve land productivity and farmer welfare. This study aims to analyze the effectiveness of compound cropping innovation in enhancing Farmers’ Terms of Trade (FTT) in calcareous drylands. A mixed-methods approach was employed, integrating qualitative and quantitative techniques through surveys, field observations, and participatory farmer empowerment using a demonstration plot. The study introduced a compound polyculture system combining maize (Zea mays) and jack bean (Canavalia ensiformis) as a low-input agroforestry innovation. The results indicate that major constraints in the Kendeng Mountains include pest attacks (particularly rats), drought-induced soil degradation, limited capital, and restricted access to agricultural inputs and markets. The introduction of the maize–jack bean system improved land productivity and increased FTT from 69.24 to 74.13. These findings demonstrate that jack bean-based compound cropping is agronomically suitable and economically beneficial in dryland conditions. The model also contributes to sustainable agriculture by improving soil fertility, reducing production risk, and enhancing farmer resilience. Therefore, this innovation has strong potential for wider adoption in the Kendeng region and similar dryland ecosystems.

- no more data -