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14 results on '"Nurani, Idea Wening"'

3. Contribution of waste bank in reducing greenhouse gas emissions in Bandung Regency

Author

Nurani Idea Wening, Wibowo Sandy Budi, Prihastopo Zithny Ilman, Pelangi Aura Puteri, and Sunardi Sunardi

Subjects
Environmental sciences, GE1-350
Abstract

Households with all their activities produce waste which can be a source of GHG emissions if not managed properly. Reducing waste from its source is one of the ways to reduce GHG emissions. In Bandung Regency, one of the ways to reduce household waste is by running the Waste Bank program. Research is needed to find out how much the reduction of GHG emissions from waste management in the Waste Bank. This study used a combination of quantitative and qualitative methods with descriptive analysis including IPCC method to estimate GHG emission reductions from waste management and in-depth interview with the operators in one of the Master Waste Banks (Bank Sampah Induk) in Bandung Regency, Y Waste Bank. The results showed that the potential GHG emission reductions from Y Waste Bank reached 0.016 Gg CH4 or equivalent to 401.273 tons of CO2eq, reducing GHG emissions from total household waste in Bandung Regency by 0.0007 %. Program and technology innovations and also assistance for customers or fostered groups are expected to be able to increase the quantity of waste managed at the Y Waste Bank up to the household level so that it can give higher contribution in reducing GHG emissions in Bandung Regency.

Published
2020
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4. LiDAR and UAV SfM-MVS of Merapi Volcanic Dome and Crater Rim Change from 2012 to 2014

Author

Gomez, Christopher, primary, Setiawan, Muhammad Anggri, additional, Listyaningrum, Noviyanti, additional, Wibowo, Sandy Budi, additional, Hadmoko, Danang Sri, additional, Suryanto, Wiwit, additional, Darmawan, Herlan, additional, Bradak, Balazs, additional, Daikai, Rikuto, additional, Sunardi, Sunardi, additional, Prasetyo, Yudo, additional, Astari, Annisa Joviani, additional, Lukman, Lukman, additional, Nurani, Idea Wening, additional, Dede, Moh., additional, Suhendro, Indranova, additional, Lavigne, Franck, additional, and Malawani, Mukhamad Ngainul, additional

Published
2022
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5. REGIONALIZATION OF JAVA ISLAND: POVERTY, PANDEMIC AND GENDER

Author

Mei, Estuning Tyas Wulan, primary, Mutaali, Lutfi, additional, Baiquni, Muhammad, additional, Rijanta, R, additional, Prakoso, Bambang Sri Eko, additional, Christanto, Joko, additional, Widiyanto, Dodi, additional, Fajarwati, Alia, additional, Hasanati, Surani, additional, Nugroho, Agung Satriyo, additional, Nurani, Idea Wening, additional, Ghiffari, Rizki Adriadi, additional, Wahyudi, Didik Sri, additional, Saiddinullah, Adji, additional, Al Tumus, Muhammad Galang Ramadhan, additional, and Rahman, Dhia Fauzia, additional

Published
2022
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9. Raster-based Model for Mass Movement in Malang Regency, East Java, Indonesia.

Author

Wibowo, Sandy Budi, Lavigne, Franck, Rifai, Siddiq Luqman, Suryandari, Rani Rahim, Nurani, Idea Wening, St. Dwi Ermawan Danas Putra, Pamungkas, Wahyu Widi, Wibowo, Sandy Budi, Lavigne, Franck, Rifai, Siddiq Luqman, Suryandari, Rani Rahim, Nurani, Idea Wening, St. Dwi Ermawan Danas Putra, and Pamungkas, Wahyu Widi

Abstract

Strengthening geospatial technology is very important in order to support disaster mitigation strategy, to manage vulnerable communities and to protectcritical environments. The main challenge in identifying disaster characteristics such as mass movements is the lack of direct observation during the event because it is too dangerous for researchers. Geo-Information Technology as a product of Geographic Information Science can be used as a solution in order to model the characteristics of mass movements. The purpose of this study is focused on identifying landslide processes from point of view ofraster-based model. The method of thisresearch emphasizes dynamic landslide model derived from timeseries raster calculation using MassMov2D algorithm. The geographic database that was built for spatial modeling comes from pedogeomorphological and Remote Sensing survey outputs, especially topographic data, landforms and soil physical properties. The result shows that the relationship between pixels (neighborhood) is determined by the topology of the energy gradient line direction which allowsto transfer the value between each pixel.The movement of landslide material starts from the toe. This decreases the stability of the landslide material in the main body of the landslide and generate progressive erosion.The raster-based model can finally reconstruct and identify the stages of initiation, transport and deposition landslide material.

Published
2020

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