Welcome to the first surface water quantity report of the Orange-Senqu River Commission (ORASECOM), for the hydrological year 2020-2021. For Read more
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2020-2021 Orange-Senqu Surface Water Quantity Synoptic Analysis
Khakea-Bray Transboundary Dolomite Aquifer Recharge Assessment
Documentation and Data: A read-only folder structure of all reports, data, and models related to the STAS can be accessed Read more
Improving Groundwater Knowledge in Selected Transboundary Aquifers
Documentation and Data: A read-only folder structure of all reports, data, and models related to this study can be accessed Read more
Stampriet Transboundary Aquifer System (STAS) – Governance of Groundwater Resources in Transboundary Aquifers (GGRETA) Project
Documentation: A read-only folder structure of all reports, data, and models related to the STAS can be accessed from here: Read more
- WIS > IWRM
IWRM
- Author:Rapule Pule
- Post date:8 June, 2022
- Categories:Surface Water Resources
Welcome to the first surface water quantity report of the Orange-Senqu River Commission (ORASECOM), for the hydrological year 2020-2021. For details, reports and data click here.
Read more- TAgs:IWRM, monitoring
- Author:Bennie Haasbroek
- Post date:27 April, 2016
- Categories:Biota and Ecosystems,Climate,Economy and Society,Infrastructure,Integrated Water Resources Management,Landcover and Use,Policy, Legislation and Strategies,Surface Water Resources,Water Use
Overview The main objectives of this consultancy were to undertake scenario analyses, economic, water requirement projection and ecological support studies to produce the 2014 Orange-Senqu Integrated Water Resources Management Plan (IWRMP). The Project included 5 work packages that are described below. Funding Organisation(s): GIZ WP 4A: Economic Analysis of Water based on Water Accounting for the […]
Read more- TAgs:adaptation to climate change, adaptive capacities, irrigation, IWRM, IWRMP, monitoring environmental flows, natural flow, Phase 3, present ecological state, rainfall. natural runoff, socio-economic, water balance, Water Quality, water quality model, water resource model, water resources planning model, WRPM, WRYM, yield
- Author:Bennie Haasbroek
- Post date:4 December, 2014
- Categories:Integrated Water Resources Management,Policy, Legislation and Strategies
Purpose: This article will provide an overview of the 2014 IWRMP and provide links to the actual documents Related WIS Articles: 2014 Integrated Water Resources Management Plan – Development and Supporting Studies Reports: ORASECOM, (2015) Integrated Water Resources Management Plan for the Orange-Senqu River Basin – Executive Summary, Report by GIZ for ORASECOM, ORASECOM Report […]
Read more- Author:Bennie Haasbroek
- Post date:27 January, 2014
- Categories:Biota and Ecosystems,Climate,Economy and Society,Infrastructure,Integrated Water Resources Management,Landcover and Use,Policy, Legislation and Strategies,Surface Water Resources,Water Use
Introduction This article outlines the aims and objectives of the basin-wide Integrated Water Resources Management (IWRM) Plan development as well as how the work would be carried out through a combination of consolidation of technical studies and stakeholder consultation. During the development of the IWRM Plan it is ensured that the key basic elements are […]
Read more- Author:Bennie Haasbroek
- Post date:11 December, 2013
- Categories:Biota and Ecosystems,Groundwater Resources,Integrated Water Resources Management,Surface Water Resources
Overview and Purpose The main purpose of this transboundary diagnostic analysis (TDA) is to provide a scientific and technical basis for the identification and prioritisation of key issues concerning the degradation of aquatic ecosystems in the Orange–Senqu River basin. It is intended as a decision-support tool for the Orange–Senqu basin states and stakeholders to identify […]
Read more- TAgs:IWRM
- Author:Bennie Haasbroek
- Post date:15 November, 2013
- Categories:Biota and Ecosystems,Groundwater Resources,Integrated Water Resources Management,Surface Water Resources
Overview and Purpose In their meeting in 2005 the Ministers responsible for water in the riparian States of the Orange-Senqu River basin have recognised the need for formal guidance for communication and collaboration on transboundary environmental assessment in the context of the ORASECOM Agreement. Such guidance would, among with other provisions, enable active stakeholder participation […]
Read more- TAgs:IWRM
- Author:Bennie Haasbroek
- Post date:15 November, 2013
- Categories:Biota and Ecosystems,Groundwater Resources,Integrated Water Resources Management,Landcover and Use,Policy, Legislation and Strategies,Surface Water Resources
Overview and Purpose The Orange-Senqu Strategic Action Programme (SAP) is a negotiated document that provides a basin-wide framework for the implementation of a prioritised set of national and joint transboundary actions and investments for addressing jointly agreed priority environmental concerns in the Orange-Senqu river basin. The SAP is endorsed at political (Ministerial) level and together […]
Read more- TAgs:IWRM, NAP, SAP, Strategic Action Programme
- Author:Bennie Haasbroek
- Post date:24 October, 2013
- Categories:Biota and Ecosystems,Climate,Economy and Society,Infrastructure,Integrated Water Resources Management,Policy, Legislation and Strategies,Surface Water Resources,Water Use
Overview The main objectives of this consultancy were to enlarge and improve the existing models for the Orange-Senqu Basin, so that they incorporated all of the essential components in the four Basin States and are accepted by each Basin State. These models must be capable of providing the current and likely future information needs of […]
Read more- TAgs:adaptation to climate change, adaptive capacities, capacity building, climate change, evaluation, gauging networks, GIS, hydrological model, irrigation, IWRM, IWRMP, monitoring environmental flows, natural flow, present ecological state, rainfall. natural runoff, socio-economic, spatial data, water balance, Water Quality, water quality model, water quality monitoring, water resource model, yield