Place attachment and agricultural land conversion for sustainable agriculture in Indonesia

“…Most farmers who do not have enough capital can only cultivate other people's land. Another problem is converting agricultural land into non-agricultural, reaching 150-200 thousand hectares in 2019 (Prayitno et al, 2021).…”

Section: Inequality In Distribution and Consumption Of Agricultural P...mentioning

confidence: 99%

The Challenges to Developing Smart Agricultural Village in the Industrial Revolution 4.0.

Tumiwa

Tuegeh²,

Bittner³

et al. 2022

TIS

View full text Add to dashboard Cite

Nowadays, rural depopulation is one of the biggest problems in developed and developing countries, especially due to the COVID-19 pandemic. This pandemic impacts various sectors, especially the economic sector. However, the development of the 4.0 Industrial Revolution forced all sectors, including agriculture, to adapt and take advantage of internet-based digital technology by developing smart agriculture. Therefore, the objective of this study is to analyze the development of smart agriculture in rural areas. This study uses a systematic literature review with a TAA approach with secondary data collected from Scopus databases. The downloaded documents will be further analyzed using VOSviewer software to find the clustering. After the coding process by first-order categories, second layer theme, and aggregate dimension, this research found several theoretical concepts about the “Smart Village”. The definition of the ‘smart village’ concept is a combination of smart agriculture and industry 4.0 technology utilized by rural MSMEs to use the information and communication technology integrated into public services and economic activities. There are still many obstacles encountered in the application of ‘smart villages,’ such as the lack of youth participation and the low quality of human resources in the agricultural sector, limited internet network coverage, and the lack of optimal capital support. This research will contribute to the systematic literature review method by purposing filtering criteria of TAA to shade the light of the lack of data accuracy in several leading databases of scholarly impacts. This research also gives a clear direction for further research regarding industry 4.0 and Indonesia's smart agriculture concept application.

show abstract

“…Although rice production in Bangladesh has increased three folds in the last few decades, still could not attain sustainable self-sufficiency in food due to the large number of total population (Alam et al 2021;Minh et al 2019). Prayitno et al (2021) state that maintaining fertile land and a robust irrigation system are some strategic actions to avoid agricultural conversion in Indonesia. Currently, along with the extremely high population and declining riceland area, the national and local governments have been working on a food estate program in three provinces, North Sumatera, Central Kalimantan and East Nusa Tengga-ra to enhance food sustainability in the future (Lasminingrat and Efriza 2020).…”

Section: Rice Production Sustainability By 2040 Under Three Scenariosmentioning

confidence: 99%

Assessing Rice Production Sustainability under Future Landuse and Population in Deli Serdang Regency, Indonesia

et al. 2022

View full text Add to dashboard Cite

Rice is the staple food and its cultivation requires a specific land condition. The population growth, urbanization, and plantation expansion together with socio-economic development are the driving factors of the riceland decline in Deli Serdang Regency of North Sumatera, Indonesia. As a consequence, likely availability and sustainability of rice production are threatened. Hence, it is important to understand how the future landuse and population change will affect the riceland area and production. In the lack of spatially simulated information for the future which could be useful in planning the riceland areas, the study objectives were to project the landuse change by 2040 under three scenarios, Business as Usual (BAU), Potential Riceland Protection (PRP) and Conservation Oriented (CO), and to investigate the impact of consumption demand on the sustainability of rice production. Landsat satellite data of 2009 and 2018, several spatial GIS data, and survey data were analyzed in ArcGIS, Dyna-CLUE, and SPSS software to generate the landuse classification and to simulate the future landuses; while the population projection by 2040 was derived from a Geometric Model. The results showed that forest and riceland areas will decrease with the continuous increase of plantation and urban areas under BAU scenario, but could be protected and increased under PRP scenario. The sustainability of rice production depends not only on the total riceland area, but also the productivity, the population growth, the consumption rate, and the policy. The simulated results of three scenarios serve as an important input to planning for protecting the riceland areas and thus sustained rice production in Deli Serdang Regency.

show abstract

Place attachment and agricultural land conversion for sustainable agriculture in Indonesia

Cited by 27 publications

References 52 publications

A Dataset of Lost Opportunities. The Case of 63 Developed and Emerging Countries Amid the Covid-19 Pandemic

A Dataset of Lost Opportunities. The Case of 63 Developed and Emerging Countries Amid the Covid-19 Pandemic

The Challenges to Developing Smart Agricultural Village in the Industrial Revolution 4.0.

Assessing Rice Production Sustainability under Future Landuse and Population in Deli Serdang Regency, Indonesia

Contact Info

Product

Resources

About