Rainwater harvesting

A. (Attention Gainer) Can you imagine being in prison and being forced to take blood tests and medical exams? That these medical tests are what going to determine whether you live or not. You probably cannot imagine that, but that is what is happening to many prisoners in China. These prisoners are being tested for potential buyers in China for illegal human organ trafficking B. (Reason to Listen) This practice is inhumane and unethical and we need to put an end to something like this. C. (Establishing

2.1 The “Yellow House” Found within the yellow house were incriminating evidence including traces of blood and syringes, proving more than 400 missing post-Kosovo war victims were subject to organ harvesting by the KLA (Lewis, 2008). After Although inquiries were made into the KLA’s involvement regarding organ trade, they were mostly ignored. The syndicate’ heinous act would be “exporting” prisoners across the borders and hiding them in a variety of derelict buildings. Figure 1 illustrates the

people are waiting for organs to save their lives. There are just not enough organs to be spread around to the people who urgently need them. The global response to this problem is very different throughout different countries. Some countries are harvesting organs, some executing prisoners, some paying people to donate, some allowing people to sell them on the black market, and some countries just urging people to donate out of the kindness of their hearts. The organs and tissues you can currently

this issue of water insufficiency is the practice of rainwater harvesting which is the collection and storing of rain. This practice is still under development in Canada but the use of

Another plus to rainwater harvesting is that high technological know how is required to set it up because of local materials and craftsmanship. Figure 4.1; Ikathima Primary School, Tseikuru Kenya. Photo by Nelly Aroka (February, 2010) 4.2 Desalination Desalination

Water is one of the vital resources required by every living organism, yet a large percentage of the earth’s people do not have access to an adequate and constant supply of water. In the developing world, many rural communities are located in water scarce areas, where there is uneven distribution of hydrological resources and economic and/or political barriers to pipe and distribute water from the ground or surface (UN, 2014). People living in developing and under developed countries live with unsanitary

regions of Nepal, only to find that water pollution was an emerging, life-threatening issue. Immediately, many international organizations partnered with the Nepalese government in hopes of improving the water status of the country by using the “Rainwater Harvesting Jar,” an efficient solution to the water problem. Nepal is a small country located between India and China with a growing population of over thirty million people. While the country is often famous for its beautiful landscapes and tourist

Analysis and comparisons of several water-supply alternatives for North-west China Introduction: The world’s semi-arid and arid regions are located mainly in North Africa, the Middle East, as well as South Asia. There are also isolated arid areas in Australia, parts of South America and the southern part of North America (Clarke, 1991, p.13). In this report, the problems of arid regions in China will be studied and analysed. The reasons for choosing China as a research target are because the rapid

unreliable. Transmission and distribution networks are old and poorly maintained, and generally not trustworthy. The proper conservation of the water is one of the crises that need to be solved immediately else serious consequences may follow. Rain water harvesting in this prospect seems a very

then filtered. Rainwater collection system is very convenient, because it is simple to understand, installation and operation. The principle of operation is simple. Water from the roof to the drain pipe goes into the tank or tank if you want to use the water in the house, such as for drinking, it will pass through the filter. for more complex systems requires a system of regulation There is around 1000 liter on each square meter a year, so, there is nearly 100 000 liter rainwater to collect a year