Mapping of smallholder oil palm plantation and development of a growth model

Okarda, B.; Carolita, Ita; Kartika, Tatik; Komarudin, H.

doi:10.1088/1755-1315/169/1/012074

Cited by 8 publications

(6 citation statements)

References 11 publications

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“…Meanwhile, farmer mapping is also needed in terms of increasing the legality of smallholder farmers, achieving the sustainability goal and more efficient land use (Glenday and Paoli, 2015). Therefore, ISFs' plantations face a major challenge due to the limited scientific-based spatial information served (Okarda et al, 2018). Zulafwan (2016) implemented a web-based GIS for mapping oil palm plantations in West Pasaman district.…”

Section: Jstpm 122mentioning

confidence: 99%

Spatial-based model for oil palm plantation suitability rating and its smallholder farmers’ competitiveness: a case study at Kampar Regency, Riau Province, Indonesia

Safriyana

Marimin

Anggraeni

et al. 2020

JSTPM

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Purpose This study aims to construct models to classify independent smallholder farmers’ (ISFs) plantation suitability and its competitiveness index. It proposes the models with the objective to accommodate ISFs as the main source of raw material for the palm oil industry. It was predicted that the supply of oil palm fresh fruit bunch would depend on ISFs’ plantations due to the government policy that restricts the expansion of the plantations. Design/methodology/approach The study was designed using a geographic information system approach and analytical hierarchy process for mapping the suitability of smallholder farmers’ oil palm plantation in the Kampar Regency. The competitiveness index was measured using a modified Diamond Porter framework and competitiveness index quantification. The model was conducted on 177 respondents from five districts in Kampar Regency. Findings The results indicated that it mapped 128,936.759 hectares area of ISFs’ oil palm plantation in the Kampar Regency. The results of plantation suitability showed that only 13.88% of plantations owned by ISFs were potential, 71.21% of them were in the developing category and 14.91% of plantations were non-potential. The competitiveness index showed there were only 7.91% of them at the developed competitive position, 73.45% at developing a competitive position and 18.64% at the least-developed position. Practical implications The paper includes implications for developing ISFs’ capacity building and best practice management for oil palm optimization, resulting in bargaining positions and social well-being. Originality/value The study had succeeded to visualize ISFs’ plantation area suitability and competitiveness at Kampar Regency, Riau Province. The model provides a brisk understanding and valuable information about ISFs’ conditions spatially. It offers specific outcomes and becomes important in optimize and develop the existing plantations at the right time and exact location.

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Section: Jstpm 122mentioning

confidence: 99%

Spatial-based model for oil palm plantation suitability rating and its smallholder farmers’ competitiveness: a case study at Kampar Regency, Riau Province, Indonesia

Safriyana

Marimin

Anggraeni

et al. 2020

JSTPM

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“…Indonesia's oil palm plantations covered 14.32 million hectares and produced 40.56 million tonnes of palm oil in 2019 (Indonesia Statistic, 2019). These plantations fall into two categories: Large-scale corporate plantations covering 8.51 million hectares and smallholders' plantations spanning 5.81 million hectares, contributing 39% of Indonesia's total palm oil production (Okarda et al, 2018). Smallholders typically achieve lower yields, around 2.4 t/ha, compared to corporate plantations' 4.1 t/ha, possibly due to limited fertiliser application (Woittiez et al, 2018).…”

Section: Introductionmentioning

confidence: 99%

Evaluation of Replanting Program for Indonesian Oil Palm Smallholders: Case Study of West Aceh Regency, Indonesia

KABIRU RAFIIE

2024

OPIEJ

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Our comprehensive study assessed the People's Palm Oil Replanting Program (PSR), also known as Program Peremajaan Sawit Rakyat, in West Aceh Regency, Indonesia. Employing qualitative research methods, this study conducted an in-depth interviews with various stakeholders, including smallholders, representatives from the Agricultural Department of West Aceh Regency, and members of cooperative palm oil plantation committees. In complementing the primary data, this study incorporated secondary information from authoritative sources such as Statistics Indonesia, The Indonesia Oil Palm Plantations Fund Management Agency (BPDPKS), and relevant publications. Evaluation of this study was framed within the analytical framework that Donald Van Metter and Carl Van Horn developed in 1975. This framework encompassed vital dimensions, including standards and objectives formulation, resource allocation, inter-organizational communication strategies, enforcement mechanisms, implementing agency characteristics, contextual economic, social, and political factors, and program administrators' disposition. Our findings revealed significant implementation challenges, including ineffective inter-organisational communication, a perceived lack of commitment among implementers, and a lack of transparency in resource allocation. These issues raised concerns about the program's overall effectiveness. However, this study also highlighted a positive impact: The PSR contributed to reducing poverty rates in West Aceh Regency, showcasing its potential to enhance local socio-economic conditions.

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“…In Southeast Asia, smallholder forest plantations have gained popularity and are replacing degraded or unproductive crop land, offsetting the demand on primary forests (Binkley, 2003;Okarda et al, 2018;Putra et al, 2019;Puyravaud et al, 2010;Roy et al, 2015;Rudel, 2009;Sharma et al, 2018). Clonal plantations are common in planted forests to genetically improve the growing stock and produce a fast, high yield stock of species such as Eucalyptus globus and Casuarina spp.…”

Section: Introductionmentioning

confidence: 99%

“…In Southeast Asia, smallholder forest plantations have gained popularity and are replacing degraded or unproductive crop land, offsetting the demand on primary forests (Binkley, 2003; Okarda et al, 2018; Puyravaud et al, 2010; Roy et al, 2015; Rudel, 2009). In Andhra Pradesh, common exempted species under the 2014 National Agroforestry Policy include casuarina, eucalyptus, and subabul ( Leucaena leucocephala ) (Chavan et al, 2015).…”

Section: Introductionmentioning

confidence: 99%

Mapping smallholder forest plantations in Andhra Pradesh, India using multitemporal harmonized landsat sentinel‐2 S10 data

et al. 2021

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Cloud-free satellite data are not available during the monsoon season (July to September) in this coastal region. In situ data on forest plantations, provided by collaborators, was supplemented with additional training data representing other land cover subclasses in the region: agriculture, water, aquaculture, mangrove, palm, forest plantation, ground, natural forest, shrub/scrub, sand, and urban, with a total sample size of 2,230. These high-quality samples were then aggregated into three land use classes: non-forest, natural forest, and forest plantations. Image classification used random forests within the Julia Decision Tree package on a thirty-band stack that was comprised of the VNIR bands and NDVI images for all dates. The median classification accuracy from the 5-fold cross validation was 94.3%. Our results, predicated on high quality training data, demonstrate that (mostly smallholder) forest plantations can be separated from natural forests even using only the Sentinel 2 VNIR bands when multitemporal data (across both years and seasons) are used.

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Mapping of smallholder oil palm plantation and development of a growth model

Cited by 8 publications

References 11 publications

Spatial-based model for oil palm plantation suitability rating and its smallholder farmers’ competitiveness: a case study at Kampar Regency, Riau Province, Indonesia

Spatial-based model for oil palm plantation suitability rating and its smallholder farmers’ competitiveness: a case study at Kampar Regency, Riau Province, Indonesia

Evaluation of Replanting Program for Indonesian Oil Palm Smallholders: Case Study of West Aceh Regency, Indonesia

Mapping smallholder forest plantations in Andhra Pradesh, India using multitemporal harmonized landsat sentinel‐2 S10 data

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