Abstract

Indonesia is the largest sugar importer country in the world, this is contrary to the government's desire to realize sugar self-sufficiency. To overcome the dependence on sugar imports in order to support national food sovereignty, geographic information system technology (GIS) can be used to present information as material for consideration by the government in determining policies on the management of sugar cane land resources. The K-means algorithm is used to group regions according to production level, while the Matching method is for evaluating the suitability of sugarcane land. Presentation of data in the form of map visualization on the web using a new model in processing land data, where this model processes production grouping data, and land suitability class data in the form of GeoJSON then mapped with the help of Leaflets. This new model enables dynamic land data processing and visualization in the form of interactive maps. The results of the EUCS test for GIS mapping of Land Suitability and Cane Production are 3.23 (Satisfied) of the total score of 4, so this system can be accepted by the user.

Highlights

  • Sugar cane (Saccharum officinarum L.) is a type of plantation commodity as a raw material for making sugar

  • The regions of Cilacap, Banyumas, Purbalingga, Banjarnegara, Kebumen, Purworejo, Magelang Regency, Boyolali, Klaten, Wonogiri, Grobogan, Demak, Semarang Regency, Temanggung, Kendal, Batang, Pemalang, Brebes and Semarang fall into the category of low production levels marked by dark red color

  • While the Region of Sragen, and Pati are areas that are classified as high production levels marked by yellow

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Summary

Introduction

Sugar cane (Saccharum officinarum L.) is a type of plantation commodity as a raw material for making sugar. Based on data released by Statista, for the period of 2017/2018 Indonesia is the largest sugar importer country in the world with a number of sugar imports reaching 4.45 million tons. This figure beat China and the United States (US), which were 4.2 million tons and 3.11 million tons, respectively [3]. If this is not immediately addressed, Indonesia will suffer heavy losses due to having to depend on imports

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