Centre Régional de Télédétection des Etats de l Afrique du Nord (CRTEAN)

Similar documents
DESIGN DATABASE MANAGMENT SYSTEM FOR IGAD-HYCOS TERMS OF REFERENCE

HYDROMETEOROLOGICAL AND MONITORING SERVICE

Precipitation Monitoring Network:

The Caribbean Drought and Precipitation Monitoring Network: The Concept and its Progress

Flash Flood Guidance Systems

An innovative approach to Floods and Fire Risk Assessment and Management: the FLIRE Project

DESWAT project (Destructive Water Abatement and Control of Water Disasters)

HAZARD RISK ASSESSMENT, MONITORING, MAINTENANCE AND MANAGEMENT SYSTEM (HAMMS) FOR LANDSLIDE AND FLOOD. Mohd. Nor Desa, Rohayu and Lariyah, UNITEN

New challenges of water resources management: Title the future role of CHy

Next Generation Flood Alert in Houston

Standardized Runoff Index (SRI)

WELCOMES ALL THE ATTENDEES WATER UTILISATION, MEASUREMENT AND METHODOLOGIES

Flash Flood Science. Chapter 2. What Is in This Chapter? Flash Flood Processes

Emergency Management Service. early warning FLOOD AND FIRE ALERTS. Space

Real-time Global Flood Monitoring and Forecasting using an Enhanced Land Surface Model with Satellite and NWP model based Precipitation

LR 314 Working Group 5 Final Report

Nile Basin Initiative (NBI) Water Resources Management. Ephrem Getahun October 21, 2013 Tunis

INSTALLATION OF AN AUTOMATED EARLY WARNING SYSTEM FOR ANNOTTO BAY

Image source: Visual Data Analytics, LLC

REQUEST FOR EXPRESSIONS OF INTEREST

Impact of water harvesting dam on the Wadi s morphology using digital elevation model Study case: Wadi Al-kanger, Sudan

Estimating Potential Reduction Flood Benefits of Restored Wetlands

Preliminary advances in Climate Risk Management in China Meteorological Administration


National Dam Safety Program Technical Seminar #22. When is Flood Inundation Mapping Not Applicable for Forecasting

World Water and Climate Atlas

MASENO UNIVERSITY OFFICE OF THE DEPUTY VICE-CHANCELLOR, PARTNERSHIPS, RESEARCH & INNOVATIONS

IBC s New Flood Maps - Leveraging data to effectively assess and manage flood risk

Master Plan on Water Resource Management

Eastern Caribbean Open-Source Geospatial Data Sharing and Management Workshop

Angela C. Taramasso and Giorgio Roth Geo Risk Management Lab, University of Genoa, Italy

What is FRIEND -Water?

How to Do Business with the African Development Bank

Water Management in Cuba: Problems, Perspectives, Challenges and the Role of the Cuban Academy of Sciences

Managing Drought Risk in a Changing Climate: The Role of National Drought Policy

How To Calculate Flood Damage Potential In European Landscape

REQUEST FOR EXPRESSIONS OF INTEREST

Pro Forma Request for Proposal for Value Consulting Services

UN YOUTH VOLUNTEER DESCRIPTION OF ASSIGNMENT

Probabilistic Risk Assessment Studies in Yemen

Danubius Basic NetWork

Data Management Model. Potential Component of the Thames River Water Management Plan

INDIVIDUAL COURSE DETAILS

Asia-Pacific Environmental Innovation Strategy (APEIS)

DEVELOPMENT & URBANISM. Trades & references. build the future

Section 19. Basin-wide Mitigation Action Plans

A quick overview of geographic information systems (GIS) Uwe Deichmann, DECRG

Please click on the tutorial most fitting of your expertise in order to learn about the features of the visualization tool.

Terms of Reference PUBLIC PERCEPTION SURVEY. Office of Disaster Preparedness and Emergency Management

Armenian State Hydrometeorological and Monitoring Service

Web 2.0 und Social Media im Hochwassermanagement: Potenziale und Ansätze in Deutschland und Brasilien

Indiana Office of Community and Rural Affairs. Disaster Recovery and Mitigation Planning Ft. Worth, Texas February 15, 2012

Flood Risk Management

Flood Risk Management

Kingdom of Thailand: Strengthening Integrated Water and Flood Management Implementation

Complementary Additional Programme / Concept note. South Sudan. 24 Months US$ 5,000,000

National Disaster Management Information Systems & Networks: An Asian Overview

Hydrologic Engineering Techniques for Regional Water Resources Planning

06 - NATIONAL PLUVIAL FLOOD MAPPING FOR ALL IRELAND THE MODELLING APPROACH

ACE PROJECT M&E CONSULTANCY

Latin American and Caribbean Flood and Drought Monitor Tutorial Last Updated: November 2014

Doctor of Philosophy (Ph.D.), Major in. Geographic Information Science. Ph.D. Program. Educational Goal. Admission Policy. Advancement to Candidacy

Global Flood Alert System (GFAS)

Real Time Flood Alert System (RTFAS) for Puerto Rico

Forecasting, Modeling and Risk Assessment in Ukrainian National Level System

SIMULATION OF SEDIMENT TRANSPORT AND CHANNEL MORPHOLOGY CHANGE IN LARGE RIVER SYSTEMS. Stephen H. Scott 1 and Yafei Jia 2

Monitoring Soil Moisture from Space. Dr. Heather McNairn Science and Technology Branch Agriculture and Agri-Food Canada

DISASTER MANAGEMENT POLICY PROGRAM

UNITED STATES OF AMERICA DRAFT PROPOSALS FOR THE WORK OF THE CONFERENCE

ECUADORIAN NATIONAL CLIMATE OUTLOOK FORUM (NCOF)

EFAS European Flood Awareness System

Disaster Risk Management: prevention and urgent repair procedures for infrastructure and facilities

Training Courses

Utilizing satellite-based information for disaster risk assessment- why and how?

Flood Incident Management - the next ten years

Remote Sensing and GIS Application In Change Detection Study In Urban Zone Using Multi Temporal Satellite

EU China River Basin Management Programme

Mortgage lending and flood insurance in Poland

Quality assurance for hydrometric network data as a basis for integrated river basin management

How To Understand And Understand The Flood Risk Of Hoang Long River In Phuon Vietnam

Domestic Policy Framework on Adaptation to Climate Change in Water Resources: Case Study for India. Working Together to Respond to Climate Change

Risk Identification Assessment and Early Warning System in Strymonas and Nestos Rivers, Greece

Welcome to NASA Applied Remote Sensing Training (ARSET) Webinar Series

Remote sensing and management of large irrigation projects

Integrated Water and Sediment Management of Yellow River

CONTACT GROUP FOR THE DRAFTING OF THE STANDARD MATERIAL TRANSFER AGREEMENT. Hammamet, July 2005 INFORMATION NOTE FOR PARTICIPANTS

Application of Google Earth for flood disaster monitoring in 3D-GIS

Quality Assurance for Hydrometric Network Data as a Basis for Integrated River Basin Management

Geospatial Information for disaster risk reduction and natural resources management. Rolando Ocampo Alcántar

CURRENT STATUS OF HYDROLOGICAL DATA MANAGEMENT SYSTEM IN SLOVENIA. Country report. Dr. Mira Kobold

Methods for Determination of Safe Yield and Compensation Water from Storage Reservoirs

REQUEST FOR EXPRESSIONS OF INTEREST FOR A JUNIOR CONSULTANT

Basic system of measures for flood damage mitigation in Japan. Preparedness for major floods

ADDING VALUE TO BOM FLOOD PREDICTIONS (WITHOUT MESSING AROUND WITH MODELS)

Terms of Reference for carrying out a Comprehensive Job Evaluation Exercise for Nile Basin Initiative (NBI)

Belmont Forum Collaborative Research Action on Mountains as Sentinels of Change

Advanced tools in water management in The Netherlands

Dr. Donald A. Wilhite School of Natural Resources University of Nebraska-Lincoln

REQUEST FOR PROPOSALS

Monitoring top soil moisture through remote sensing to aid hydrologic modelling

Transcription:

Centre Régional de Télédétection des Etats de l Afrique du Nord (CRTEAN) Regional Coordination on Improved Water Resources Management and Capacity Building Tunisia (TF10253) Consulting & Services Request for Individual Consultant for Technical Assistance Expert in Hydrology The Centre Régional de Télédétection des Etats de l Afrique du Nord (CRTEAN) has received a grant from the World Bank toward the cost of the Regional Coordination on Improved Water Resources Management and Capacity Building and it intends to apply part of the proceeds of this loan to payments under the contract for the Water/Climate sector developed within the project. Services include the use of new techniques to develop mathematical models for flood forecasting in real time the main hydrometric stations Medjerda, upstream dam Sidi Salem (please refer to the detailed terms joints references). Expected consultants qualifications are the following: (1) Have the rank of Professor of Higher Education. (2) Specialized in hydrology in all elements related to mathematical recovery and forecasting models for flood. (3) At least 15 years of professional experience in the above issues. (4) Experience in hydrological study of Medjerda. (5) Has relevant publications in international journals (at least 05 publications). (6) Strong modeling skills especially in the fields of hydrology. (7) Strong research and analytical skills. (8) Knowledge of computational tools such as numerical analysis, programming and data visualization is preferred. (9) Ability to conduct site visits/travel when necessary. (10) Proficiency and good writing and communication skills in Arabic and English/French. (11) Holds the Tunisian Nationality. The CRTEAN now invites eligible consultants to indicate their interest in providing the services. Interested consultants must provide (in both French and English versions): (1) Information indicating that they are qualified to perform the services (experience in the field of flood forecasting, updated CV, etc.). (2) A technical proposal. Expression of interest may be submitted by individual consultants. The best qualified consultant will be invited for negotiation of the contract which is expected to be conducted in October 29 th, 2014. The contract will start on November 1 st, 2014.

A consultant will be selected in accordance with the selection of individual consultants and the procedures set out in the World Bank's Guideline: Selection and Employment of Consultants by World Bank Borrowers. Interested eligible Consultants for the assignment may obtain further information from CRTEAN at the address given below. Proposals must be delivered to the address below by October 10 th, 2014. Request for Expert in Hydrology Centre Régional de Télédétection des Etats de l Afrique du Nord 18, Rue Moussa Ibn Nousair El Menzeh 5, Tunis 2080 - Tunisie Téléphone : +216 71 236 575 / +216 71 237 466 Fax : +216 71 238 882 E-mail : dg.crtean@crtean.intl.tn For any further clarifications please contact: Mr. Sinan Bacha Flood Mapping and Modeling leader Téléphone : +216 99 532 010 E-mail : bacha_sinan@yahoo.fr

Component: Flood Modeling Description: Use of new remote sensing techniques and GIS to develop mathematical models for flood forecasting in real time of Medjerda main hydrometric stations Terms of Reference of an Individual Consultant for Technical Assistance Title: Regional Coordination on Improved Water Resources Management and Capacity Building Tunisia (TF10253) A. Context Tunisia has a dense hydrographic network in the north, whose river basins account for 81% of the national surface water potential. Oued Medjerda, which rises in Algeria, is the biggest river, with an annual water potential of around 0.8 billion m 3. This region is prone to flooding events. Since these regions encompass a high socio-economic interest for the country, flood mitigation efforts are important to minimize loss of human lives and property. B. OBJECTIVES The general objectives of the consultancy are the following: (1) Establishing a database of the Medjerda River. (2) Developing flood modeling and flood forecasting maps to provide in a timely manner to the Tunisian organizations involved in the field of emergency management and disaster a response to their needs. The floods maps will be generated in near real time and provide the information on which geographic areas are impacted due to flooding. The forecast maps will provide early warning indication about areas which may be under flood risk. C. ACTIVITIES Expected tasks are the following: (1) To enforce the Flood team knowledge with advanced application of flood modeling and forecasting and to exchange experiences and ideas. (2) To establish a database of meteorological, evapotranspiration, soil, vegetation and dams data. (3) To gather and analyze all data collected. (4) To conduct site visits/travel when necessary (5) To exploit field devices and other in-situ measurements for better and for effective results. (6) To choose and apply recovery and flood forecasting models, analyze and discuss results. (7) To contribute to develop a flood forecasting model of Medjerda main hydrometric stations. (8) To contribute to develop a real time flood forecasting model of Medjerda main hydrometric stations. (9) To organize training sessions for Flood team. (10) To present the activities at the workshops planed by the project.

D. DATA TO BE PROVIDED BY THE CLIENT The Client will be responsible of providing the following data: (1) Satellite images with different spatial and temporal resolution on Medjerda basin. (2) Topographic data on Medjerda basin. E. MODALITIES, DELIVERABLES AND DURATION The consultant will develop all reports in close collaboration with the Flood axis champion. ln addition and for monitoring purposes, drafts will be shared with the Project Management Unit (PMU) prior to submission of final report. The consultant will meet regularly with all concerned decision makers (names will be identified later on). It is expected that the assignment would take a total of almost two hundred twentyfive (225) days divided as follows (the timing is indicative only and is modifiable depending on identified priorities): Task Deliverable's Title Duration [days] Task 1 Literature Review : - Bibliographical research of different models of flood propagation 30 - Methods used for flood forecasting in real time by organizations in Tunisia (INM, DGRE, DGGTHB, ) Subtotal 1 30 Task 2 Analysis of historical floods : - To collect rainfall and hydrometric data flood at the Medjerda Task 3 study and analysis of data quality - To establish a database of meteorological, evapotranspiration, soil, vegetation and dams data. - analyze all data collected Subtotal 2 60 - Application of the methods of flood forecasting in the upstream of Medjerda Sidi Salem dam (main hydrometric stations : Jendouba, Bou Salem Dam Sidi Salem) : analysis 90 and discussion of results. - Contribute to develop a real time flood forecasting model of Medjerda main hydrometric stations. Subtotal 3 90 Task 4 conduct site visits/travel 30 Subtotal 4 30 Task 5 Training and Workshops - Organize training sessions for Flood team. - Present the activities at the workshops planed by the project. 60 15 Subtotal 5 15 Total 225

F. QUALIFICATIONS OF THE CONSULTANT The consultant should have the following qualifications: (1) Have the rank of Professor of Higher Education. (2) Specialized in hydrology in all elements related to mathematical recovery and forecasting models for flood. (3) At least 15 years of professional experience in the above issues. (4) Experience in hydrological study of Medjerda. (5) Has relevant publications in international journals (at least 05 publications). (6) Strong modeling skills especially in the fields of hydrology. (7) Strong research and analytical skills. (8) Knowledge of computational tools such as numerical analysis, programming and data visualization is preferred. (9) Ability to conduct site visits/travel when necessary. (10) Proficiency and good writing and communication skills in Arabic and English/French. (11) Holds the Tunisian Nationality. Contact Information on Advertisement Centre Régional de Télédétection des Etats de l Afrique du Nord Name : Mr. Sinan Bacha Address : 18, Rue Moussa Ibn Nousair El Menzeh 5 City : Tunis Postal Code : 2080 Country: Tunisia GSM : +216 99 532 010 Phone: +216 71 236 575 / 237 466 Fax: +216 71 238 882 Email : bacha_sinan@yahoo.fr / dg.crtean@crtean.intl.tn