QGIS cloud tutorial.pdf

This doc is part of our QGIS tutorial project. Contributor: Fadli Ahmad

Cikapundung well data set

<p>The following dataset was prepared for a research to build a numerical model of the interaction between groundwater and river water.</p

Understanding Cikapundung (v.1)

<div><b>Event</b>: <a href="http://www.uoweis.co/event/understanding-cikapundung-river/" target="_blank">SMART Seminar Series UoW</a>, 23 March 2017<br></div><div><br></div><div><b>Affiliation</b>:<br></div><div>Applied Geology Research Group<br></div><div>Faculty of Earth Sciences and Technology<br></div><div>Institut Teknologi Bandung<br></div><div>Tel: +62222514990; Fax: +62222514837<br></div><div>Email: erwin[@]fitb[.]itb[.]ac[.]id<br></div><div><br></div><div>Cikapundung river is 28.5 km in length, flows from the northern to the southern Bandung highlands. The river flows through Bandung city bringing good quality water for water supply for nearly 2.5 Million of population, as well as small 800 kW of electricity for some parts of the city. The river is part of the larger Citarum River Basin, the largest river basin in West Java Province, 6600 km^2. In total this basin receives 2300 mm of rainfall annually, supplying water to 300,000 ha of rice fields and five major developing areas.<br></div><div><br></div><div>Whilst we have a good quantity of water from Cikapundung river, we have a poor water quality, as the river flows deeper into the city. Some slums and industrial zones contribute to the mild to heavy contaminations. In our research history, we noted some contaminations from heavy metals, nitrates, and organic substances. In 1980's there were several attempts to map the organic contents of the river, and it showed a increase value towards down stream. After that there was no published paper on the same topic, as it will bring an interesting point of view to compare the earlier condition with recent development. In the early 1990's there were some geological maps in Bandung area, and groundwater and river water level mapping to identify the flowing interactions between the two water bodies. Then in 2010-2015, there were some activities in my faculty (Faculty of Earth Sciences and Technology) to make a numerical model on the flow system as well as, annual water quality measurements in the city, as also in the Cikapundung riverbank. We noted a loss of river discharge as the results of water leakage to the fractured lava aquifer. The Lembang Fault is the only tectonic feature to have caused such intensive fracturing. It also contribute as sealing boundary to differ groundwater quality on the north block and south block. Our group has also developed a manual citizen flood reporting to delineate flood boundary.<br></div><div><br></div><div>Currently we have run several continuing researches in physical and chemical aspects as well as flow modeling aspect. This year we add some analysis on micro organism identification to fill in the gap in biodiversity mapping along the riverbank. However we haven’t had any good time series data based on data logging tools. Another interesting topic would be the role of Cikapundung anda Citarum river to fight seasonal floods in southern Bandung lowlands. We are open to discuss any possibility of joint research and also to renew the MoU between <a href="http://www.uow.edu.au/index.html" target="_blank">UoW</a> and <a href="http://itb.ac.id" target="_blank">ITB</a>.<br></div><div><br></div><div><b>Short bio</b>:<br></div><div>Dasapta Erwin Irawan was born and completed his whole education in Indonesia. He finished his PhD about hydrochemistry in volcanic area in 2009. Working his career at one of the oldest engineering university in Indonesia, Institut Teknologi Bandung, he has put his research interests on hydrochemistry and multivariate analysis, as he likes to see patterns and how it can show groundwater classification and how it moves beneath the ground. On his spare time, he learns open source apps (and yes he includes R) and how scientific people interact with each other and share their work. To give more contribution to open science, he is now registered and actively work his role as ambassador for <a href="https://orcid.org/0000-0002-1526-0863" target="_blank">ORCID</a> and <a href="http://osf.io/he3j7" target="_blank">Center for Open Science</a>. Oh and like other human being, he tweets as <a href="http://twitter.com/dasaptaerwin" target="_blank">@dasaptaerwin</a>.<br></div><div><br></div><div><b>Some contributors</b>:<br></div><ol><li>Prof.Dr. Deny Juanda Puradimaja, hydrogeologist<br></li><li>Prof.Dr. Sudarto Notosiswoyo, hydrogeologist<br></li><li>Prof.Dr. TA. Sanny, geophysicist<br></li><li>Prof.Dr. Robert Delinom, hydrogeologist<br></li><li>Dr. Budi Brahmantyo, geomorphologist<br></li><li>Dr. R. Fajar Lubis, hydrogeologist<br></li><li>Dr. Bambang Sunarwan, hydrogeologist<br></li><li>Dr. Susanna Nurjaman, hydrologist<br></li><li>dr. Cut Novianti Rachmi, MIPH, public health researcher (PhD Candidate)<br></li><li>Dr. Endah Sulistyawati, ecologist<br></li><li>Dr. Keukeu Rosada, microbiologist<br></li><li>Dr. Rusmawan Suwarman, meteorologist<br></li><li>Ahmad Darul, SSi, MT, geographer<br></li><li>Anggita Agustin, SSi, MT, hydrogeologist<br></li><li>Edi Riawan, SSi, MT, meteorologist (PhD Candidate)<br></li><li>M. Irsyad, ST., MT, GIS analyst (PhD Candidate)<br></li><li>M. Fadli, SSi, meteorologist<br></li></ol><div></div

A proposal for RDM and data archiving at university and national level -- presented at IGDORE

Objective of this project is to compose: 1. Research Data Management and Data Archiving Policy for Institut Teknologi Bandung, especially to fit into the needs of RCUK-Newton Fund-DIPI funded research. Our prototype is for UDARA research project. 2. Generic RDM and Data Archiving Policy, the results from activity no 1, will be generalized and shared under CC-0 license for other parties to be able to use it and develop it to cater their specific needs and environment. The target for generic document is for university/research institute level, scientific journals, and conference committee, and any other forms of periodicals. 3. A RDM and data archiving structure and workflow. In the completion of this project, we are very much referring to: DMPtools by DCC, OpenAIRE, COPE, and university-based RDM, including University of Sydney

A light introduction to research data management

Research data management is very important for researchers, including students. Here's my light introduction to research data management, based on some resources with comments from my own experience and knowledge. Most of the materials were borrowed from University of Sydney Library/RDM site and its Youtube channel. <br><br>Research data management sangat penting untuk para peneliti, termasuk mahasiswa. Berikut ini beberapa slide dari beberapa sumber dengan tambahan komentar dari saya.<br><br>https://library.sydney.edu.au/research/data-management/<br><br>https://www.youtube.com/watch?v=_pHVMwfOZf8<br><br>https://www.overleaf.com/11113145rtycxnhwhpyj<br><br><br><br

RDM policy and data archiving at university level -- technical bits -- an example from ITB

<p>Objective of this project is to compose: 1. Research Data Management and Data Archiving Policy for Institut Teknologi Bandung, especially to fit into the needs of RCUK-Newton Fund-DIPI funded research. Our prototype is for UDARA research project. 2. Generic RDM and Data Archiving Policy, the results from activity no 1, will be generalized and shared under CC-0 license for other parties to be able to use it and develop it to cater their specific needs and environment. The target for generic document is for university/research institute level, scientific journals, and conference committee, and any other forms of periodicals. 3. A RDM and data archiving structure and workflow. In the completion of this project, we are very much referring to: DMPtools by DCC, OpenAIRE, COPE, and university-based RDM, including University of Sydney.<br></p

Mozilla Science Fellowship 2017 Registration

This repo contains my application for Mozilla Science Fellowship 2017<br

Hydrogeology in geothermal exploration: a quick bite

<p>Berikut ini adalah diagram ringkas mengenai posisi ilmu hidrogeologi dalam eksplorasi geotermal. Saya dalam hal ini akan membatasi paparan rinci di bagian hidrogeologi dengan tambahan berbagai referensi praktis dari sisi geofisika dan geotermalnya.</p><p><br></p><p>Slide dapat dilihat melalui tautan <a href="https://goo.gl/jkHTsH" rel="noopener" target="_blank">berikut</a>. Diagram dibuat dengan <a href="http://coggle.it" rel="noopener" target="_blank">Coggle</a>, layanan pembuat diagram gratis dalam group Google.</p

ITB university level Research Data Management Plan

Here's the official ITB Research Data Management Plan. We use this plan as a template to design more detailed project-level RDMP. The document came from the work of ITB Repository Team that I lead. Team members: Sparisoma Viridi, Rino Mukti (I will add this list later). I invite everyone to re-use this document for their project-level RDMP

Memvisualkan rujukan: analisis bibliometrik riset air tanah Jakarta

Paper ini awalnya disusun sebagai blog post pada alamat terlampir, yang diposisikan sebagai awal kegiatan literature review untuk tema riset air tanah Jakarta bersama Saudara Adhi Priyambodho seorang mahasiswa S3 Delft University.<br