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Learning Repository

Explore the Water Resilience Hub’s curated tools and resources by target audience, thematic area, or material type.

Displaying 41 - 50 of 69

NexusBit

by NexusBit

Technology

Contactless Water Quality Sensors which monitors parameters like turbidity and algae concentration from above the water bodies. This sensor system enables simple and low-maintenance site deployment, and revolutionizing water quality monitoring methods like measurement directly from aerial drones and from bridges or structures.

NIED Large-Scale Rainfall Simulator

by National Research Institute for Earth Science and Disaster Prevention (NIED) Japan

Technology

NIED's Large-Scale Rainfall Simulator has the world's largest rainfall area and sprinkling capacity, and can produce rainfall intensities between 15 and 300 mm/hr

NM3 Tech

by NM3 Tech

Technology

Innovative environmental sensing and monitoring solutions powered by IoT and big data analytics for water quality with industry applications in wastewater monitoring, groundwater monitoring, wastewater-based epidemiology, micro-invertebrate detection, and rapid microbial detection

Participatory GIS (PGIS)

Technology

Using PGIS for effective quantification and mapping of culture ecosystem services:
the case of Singapore’s Bishan Ang-mo Kio Park

Portable Solar Pumps

by Jacana Foundation

Technology

With the affordable portable solar pump, farmers can still grow crops during the 6-month dry season and thus ensure that everyone in their area has food.

The pieces of land where farmers in Zambia grow their vegetables are often quite a distance from the homes, close to a river or stream or a place where the groundwater is not deep. To accommodate these farmers, Jacana has developed a portable solar pump. The system consists of two solar panels and a pump that can be put in a river, open well or stream. It comes with a hose pipe and the total weight is approximately 15kg. This makes it possible for farmers to take the pump to the field in the morning and store it safely in the house in the evening.

In addition, the pump including panels and pipe currently costs less than USD 185 (at this moment (2024), that includes transport and profit for the distributor and local shops). An average farmer can pay for this with the proceeds of one harvest. See: www.portablesolarpumps.com

REACH Rural Water Finance

Technology

Results-based funding to deliver safe and reliable drinking water; a case study with the Government of Bangladesh under the SafePani model for schools and health clinics.

REACH Safe Water in Africa and Asia

Technology

Professionalized service provision to deliver safe drinking water for rural communities, schools and healthcare facilities.

RisKma

by CTI Group

Technology

RisKma is a cloud-based OS that enables disaster information aggregation, flood forecasting/early warning, and disaster prevention action support

River Image Analysis for Debris Transport (RIAD)

by Yachiyo Engineering

Technology

RIAD is a monitoring technology for grasping transport amount of floating debris on riverine surface which can distinguish natural and anthropogenic debris

Sand engines

Technology

Tackling erosion pits by using a sand engine in one of the river branches of the Rhine-Meuse Delta by periodical nourishment of dredged sand in deep scour holes