Our Research: Optimizing the management of cascades or systems of reservoirs at catchment level (MK3)

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More

This field trip and feasibility study follows on from an initial concept paper for creating wetlands in reservoirs that have a large draw down. The guiding hypothesis is that such reservoirs often have relatively limited diversity of aquatic habitats and their productivity is limited by the rather barren shoreline areas… Read More