Geographic Information System for Mapping the Potency of Batik Industry Centre

Taryadi, Taryadi; Binabar, Sattriedi Wahyu; Siregar, Dicke Jsh

doi:10.20473/jisebi.5.1.40-47

Cited by 11 publications

(10 citation statements)

References 5 publications

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“…The GIS technology was employed in order to generate spatial information such as digital elevation model (DEM) as basic data for spatial analysis purposes including mapping process [6][7][8]. The GISuseful tools used in this include Arc GIS, Global Mapper and global positioning system (GPS).…”

Section: Methodsmentioning

confidence: 99%

Geographical region and exterior characteristics analysis of Bligon goat for livestock development based on landform aspect (a case study of Bantul district, Special Region of Yogyakarta)

Haryanto

Bhermana²,

Heryanto³

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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In Indonesia, livestock have an important role in development and progress of the agricultural sector. Especially in Bantul District, Special Region of Yogyakarta, with the highest population of livestock, this region was dominated by Bligon goat. This study was conducted to analyse potential of geographical region with the existence of Bligons goat based on biophysical aspect. The landform and agroecological approach were used in order to know the correlation between Bligon goat characteristics and its environment. Field survey and descriptive analysis using a geographic information system (GIS) were also implemented for spatial analysis purposes, whereas qualitative data were analysed based on distribution of frequencies and values of mean and standard deviation for observed characteristics. The different landform represented by altitude with each specific agroecological region affected different qualitative and quantitative exterior characteristics of Bligon goats involving head’s hair colour, body’s hair colour, crest colour, messy colour, ears shape, and body shape. This information can then be used as basic consideration for livestock spatial development especially Bligon goats including management of genetic resource for Bligon goats.

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Section: Methodsmentioning

confidence: 99%

Geographical region and exterior characteristics analysis of Bligon goat for livestock development based on landform aspect (a case study of Bantul district, Special Region of Yogyakarta)

Haryanto

Bhermana²,

Heryanto³

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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“…The results of land evaluation were integrated into geographic information system (GIS) environment. The GIS technology as useful tool was then applied for spatial analysis and mapping process (Taryadi et al, 2019;Wahyutomo et al, 2016;Dibs, 2013). The application of remote sensing technology was also employed in the beginning of study to generate hillshade function that represent terrain surface based on digital elevation model (DEM).…”

Section: Methodsmentioning

confidence: 99%

Identification of Land Resource Potential for Agricultural Landscape Planning Using Land Capability Evaluation Approach and GIS Application (a Case in Central Kalimantan Province, Indonesia)

Bhermana

Suparman²,

Tunisa³

et al. 2021

J. Lahan Suboptimal

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Land allocation for agricultural lands is required when the region have potency to be developed while the same time, conservation aspects are still considered. Central Kalimantan Province with total areas of 15, 451, 287 hectares has potential land available for agricultural development. At initial stage, with a landscape scale, land resource potential is needed to be assessed for planning purposes. The aimed of this study was to design the spatial concept of agricultural landscape planning on sustained basis. Methodology used in this include concept of land capability evalution (LCE) approach and geographic information system (GIS) application. The result of evaluation showed that Central Kalimantan was classified into 6 land capability classes i.e class II, III, IV, VI, VII, and VIII with several limiting factors such as peat depth, drainage, slope, and texture. Within GIS environment, the result of spatial analysis shown that total areas of agricultural land region was 9,571,231 hectares or 61.95% of total Central Kalimantan province. This indicates that the lands are still widely available for agricultural development. These areas are located not only in wetlands typology but also found in dryland areas. Specific program that specific to location can then be formulated in order to develop the areas.

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“…SIG mampu mengolah dan melakukan pencarian data spasial (wilayah) seperti lokasi lintang dan bujur maupun data non spasial berupa informasi yang berhubungan dengan keberadaan wilayah seperti nama usaha laundry, alamat, nomor telephon dan foto [2]. Data spasial maupun data non spasial tersebut dapat ditampilkan secara visual dalam bentuk peta digital, sehingga dapat mendukung pengambilan keputusan berdasarkan karakteristik dan fenomena yang ditemukan di lokasi tersebut [3]- [5]. Perkebangan perangkat bergerak memungkinkan pengaksesan data maupun fasilitas geospasial menjadi semakin fleksibel melalui Mobile Geographic Information System (Mobile GIS) [6], [7].…”

Section: Pendahuluanunclassified

Sistem Informasi Geografis Pemetaan Mitra Pengguna Aplikasi Laundry Di Pt Tenten Digital Indonesia Berbasis Web Dan Mobile

Santoso¹

2020

SISTEMASI

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PT Tenten Digital Indonesia is a laundry management application developer with partners spread throughout Indonesia. PT Tenten Digital Indonesia application developers need a web-based and mobile information system that can see the spread of partners in the form of digital map visualization to see how effective marketing strategies have been implemented. The system development method follows the System Development Life Cycle (SDLC) model, which is requirements analysis, system and software design, implementation and testing as well as system evaluation and improvement. The system analysis phase is carried out to determine what needs and functionalities the new system will carry out. Documentation of the results of system requirements analysis is modeled into a system design with the United Modeling Language (UML) approach using use case diagrams, activity diagrams and sequence diagrams. The output is web-based and mobile GIS software interface designs that are ready to be implemented. The next step is to translate the software design into a user interface using the programming language. The Google Maps API function is used to recognize laundry partner objects based on latitude and longitude coordinates. At this stage, system functionality testing is also carried out using black box testing methods. The test results show no bugs or errors were found when accessed using web or mobile based devices.

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Geographic Information System for Mapping the Potency of Batik Industry Centre

Cited by 11 publications

References 5 publications

Geographical region and exterior characteristics analysis of Bligon goat for livestock development based on landform aspect (a case study of Bantul district, Special Region of Yogyakarta)

Geographical region and exterior characteristics analysis of Bligon goat for livestock development based on landform aspect (a case study of Bantul district, Special Region of Yogyakarta)

Identification of Land Resource Potential for Agricultural Landscape Planning Using Land Capability Evaluation Approach and GIS Application (a Case in Central Kalimantan Province, Indonesia)

Sistem Informasi Geografis Pemetaan Mitra Pengguna Aplikasi Laundry Di Pt Tenten Digital Indonesia Berbasis Web Dan Mobile

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