The Nexus Platform is enabled by
The Nexus Platform is enabled by
The Dresden Nexus Conference is a platform developed to advance the sustainable development agenda by bringing actors together who apply a Nexus Approach to resource management. Side by side, researchers and implementers (policymakers and decision-makers) from universities, national and international organisations, UN entities, ministries, and governmental agencies, as well as individual researchers and stakeholders from the private sector and civil society discuss current research and initiatives applying the Nexus Approach and the benefits for achieving the Sustainable Development Goals.
Water-Energy Nexus is an interdisciplinary journal that covers research on energy efficiency in water and wastewater treatment and distribution, energy for water transmission/ treatment/ distribution and wastewater collection/ treatment/ disposal, water for energy extraction/ production, and any related topics.
By Luca Ferrini. Increasing demand for water, energy and soil resources, and competing uses in the context of climate variability, population growth and a complex web of governance levels constitute a major challenge for a balanced resource planning in the Niger river basin. This was discussed at the first regional Nexus water-energy-food security dialogue workshop in the Niger Basin that took place in Niamey on 18 and 19 October 2017.
The sectoral project ‘Sustainable Water Policy’ is a supra-regional project. It is advising the Federal Ministry for Economic Cooperation and Development (BMZ) on the of the German development cooperation in the water sector. Topics are climate change adaptation, sanitation and wastewater management, transboundary water management, the nexus water-energy-food security, good governance in the water sector as well as financing solutions for the water sector.
Lecture by Danmeng Shuai, an Assistant Professor in the Department of Civil and Environmental Engineering at The George Washington University. The Shuai Research Group specializes in catalysis, nanotechnology, water quality engineering, and environmental chemistry.
The fourth EMG (UN Environment Management Group) Nexus Dialogue to be held on 3 Dec 2017 in Nairobi willbring UN agencies and other stakeholders closer together in identifying further synergies and partnerships at the intersection of the different goals, and subsequently supporting the implementation of the environmental dimension of the 2030 Agenda in a more coherent and collaborative manner.
UNU-FLORES in collaboration with the Faculty of Environmental Sciences of TU Dresden is excited to announce the Nexus Seminar Series. The joint seminar series, which launched in 2015, features lectures by senior scholars that highlight all dimensions of research on the Nexus Approach, ranging from hands-on implementation strategies to theoretical debates. The Nexus Seminars serve not only as a platform for scientific exchange and cooperation between UNU-FLORES and TU Dresden but also a medium for the partner institutions to discuss their research with a broader audience.
There is a need to better understand the feasibility of and incentives for farmers for adopting High-efficiency Irrigation Systems (HEIS) such as drip and sprinkler irrgations systems for various cropping systems and associated tradeoffs. To better understand energy utilization in irrigated agriculture, ADB financed a study for Pilot and Demonstration Field-Based Research: Quantifying Water and Energy Links in Irrigation for Improved Resource Utilization in Viet Nam. The study was conducted by the International Food Policy Research Institute (IFPRI) with support from a Viet Nam-based consultant within a suitable area identified in the central highlands of Viet Nam.
The Risks and Options Assessment for Decision-Making (ROAD) process enables decision-makers to understand and manage complex risks across connected food-energy-environment-water systems. This Guide supports the use of the ROAD process to make practical decisions on managing risks. The steps described here provided a framework that should be adapted to the context and resources of the users. ROAD is a flexible process that integrates existing tools for addressing resource challenges. Users may consider working with trained facilitators and researchers to adapt the process to the decision-making context.
Ed. by P. Abdul Salam, Sangam Shrestha, Vishnu Prasad Pandey, Anil K. Anal. This overview collection is meant to be a resource for students, research scholars and professionals in academic institutions with strong interests in interdisciplinary research involving geography, earth science, environmental science, environmental management, sustainability science, international development, and ecological economics. The volume will also be useful for professionals, practitioners and consultants in /NGOs, government, and international agencies.
For the first time in India, two hydrology projects – Hydrology I (1995-2003) and Hydrology II (2006-2014) – supported by the World Bank, have introduced new systems and technology that give reservoir managers an accurate picture of the water situation unfolding in their region. These systems have also laid the foundation for a comprehensive knowledge base that can improve the overall management of water resources in the country.
Jordan has become the 19th country to sign up to an international research effort to tackle water scarcity and food insecurity in the Mediterranean region. The agreement was signed in a ceremony at the World Science Forum in Jordan on 10 November. Once it is ratified by Jordan and the EU, the country will join a list of partners including Israel, Algeria, Tunisia and Turkey, who have agreed to work together to develop ways to meet the growing challenges of climate change, population growth and urbanisation in the region.
Jordanians don't need scientists to tell them that they live in one of the world's driest countries in the center of the planet's most water-poor region. But recent studies suggest the kingdom, a Western ally and refugee host nation with a growing population, is being hit particularly hard by climate change, getting hotter and drier than previously anticipated. One forecast predicts as much as 30 percent less rain by 2100.