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4ONSE Monitoring System: Analysis of open (software, hardware and standard), non-conventional, sustainable and effective climate monitoring systems

 

A shorter reaction time to prepare adequate measures in case of meteorological hazards depends on complete meteorological data. The project empowers developing countries to set up and maintain a climate monitoring network.

About the project

Background

The availability of complete, quality and dense monitoring hydro-meteorological data is essential to address a number of practical issues including, but not limited to, flood-water and urban drainage management, climate change impact assessment, early warning and risk management, now-casting and weather predictions. Thanks to the recent developments (Internet of things, big data, Internet diffusion, etc.) non-conventional monitoring system based on low cost and open technologies may be a great opportunity either as a complement to standard and authoritative monitoring systems or as a vital data source in regions where traditional observation networks are in decline or missing.

Objectives

The objective of the project is to progress beyond the state of the art, providing detailed information on open challenges found in literature for these kind of open and non-conventional systems, specifically data quality, metadata accessibility and standardization. This will be achieved by integrating and further developing the available technologies to implement a fully open (data, standard, hardware and software) solution and to deploy an experimental monitoring system composed of about 30 stations which will be analysed in term of (i) data quality; (ii) system durability; (iii) management costs; (iv) performances; (v) sustainability. Moreover the suitability of this type of system will be evaluated in existing climatic-dependent management practices to understand its applicability, advantages and limitations.

Relevance

The ultimate desired impact is to strengthen the capacity of data production, usage and management in developing countries. Filling the gap that lead to monitoring network failure in developing countries will empower these countries with the ability to set-up and maintain their own climatic monitoring network. This leads, among other benefits, to: shorter reaction time in case of impending hazards, better understanding of phenomena, wiser definition of management strategies and policies and capacity to evaluate policy implementation effects.

With an eye at the above strategic objective, this project intend to contribute to advance in this direction by impacting the capability of developing countries in perform researches in the field of earth observation by means of better understanding of concepts on open technologies and data capabilities. It is also important that a common sense of joint responsibility of governments, international and regional organizations, private sector and civil society is grown in order to boost this process and that the opportunity of using data from dense monitoring system and open standards is well acknowledged as a support tool for the development of new policies and activities.

Geographic scope

  • Sri Lanka
  • Indonesia
  • Pakistan

Research consortium

Grantees

  • Massimiliano Cannata, University of Applied Sciences and Arts of Southern Switzerland (SUPSI), Switzerland
  • P. K. Seneviratne Mahanama, University of Moratuwa, Sri Lanka
  • Oka Karyanto, Universitas Gadjah Mada, Indonesia
  • Imran Shahid, Institute of Space Technology, Pakistan

Partnerships

  • Yann Chemin, International Water Management Institute
  • S. M. Anura Nelugolla, Irrigation Department, Ministry Of Irrigation and Water Resources Management
  • Keiko Saito, World Bank - Global Facility for Disaster Reduction and Recovery
  • Hasitha Lewke Bandara, Young Planners' Forum of Sri Lanka

Project link to P3

  • Link to project on SNSF research database P3


 

 

 

Further information on this content

 Contact

Dr. Massimiliano Cannata Istituto Scienze della Terra SUPSI Via Trevano CH-6952 Canobbio +41 58 666 62 00 massimiliano.cannata@supsi.ch