|Aquaculture and agriculture in saline areas, Dutch experiences
What: It is possible to breed varieties of common crops to grow in saline enviroments. Saline aquaculture refers to the cultivation of plants or animals in saline water. In the Netherlands several initiatives are carried out to explore the feasibility of this type of aquaculture which can become valuable as soils are going down (due to drainage) and the sea level is rising (due to climate change).
What: getting fresh water out of saline water using a variety of techniques, e.g. membranes, that remove salts and other minerals.
|The Bhungroo straw
What: The Bhungroo straw is a simple technique to inject filtered storm water in to the ground. It is currently used in India, but has the potential to be implemented in other parts of the world as well.
|Infiltration ponds as buffer
What: Infiltration ponds can be constructed into dunes to enhance natural recharge of precipitation to groundwater serving as a barrier to saline groundwater intrusion. The ponds can be excavated or formed through enclosure dikes. These ponds are already used in Atlantis, South Africa.
Learn more by: Downloading the book "Managing the Water Buffer for Development and Climate Adaptation" or visit the website www.bebuffered.com.
|Community-based environmental monitoring
|Treating Saline Water by magnetic Device
What: Passing water through a strong magnet reduces the attachment of water to saline particles for 8-10 hours. This works with water with salinity up to 2000 parts per million.
Its known applications include treating saline tubewell water to make it fit for irrigation. This has been observed being practiced in parts of Pakistan.
Learn more by: Watching the Video Treating Saline Water by Magnetic Device
More info: Magnetic Treatment of Irrigation Water
Purify Water with Nanotechnology
What: Nanotechnology is the manipulation of materials on a very tiny scale ‒ essentially at the atomic and molecular levels. In this case, it is used to treat brackish groundwater using nanofiltration membranes. These act as a physical barrier and selectively reject substances smaller than their pores, removing harmful pollutants and retaining useful nutrients present in water.
|Leaching of Excess Salt from the Root Zone
What: There are many benefits to rainfall, but one in particular is the leaching of excess salts from the root zone of plants. In prolonged drought conditions, salts build up in the soil, causing several problems.
Here are a few ways to reduce soil salinity:
Know of innovative solutions to tackle salinization, other than these? Please share them in the comments section below!