Adapting Canada to the Future of a World With Scarce Water

Introduction Water is not just drinking water. Water is the most basic and important resource that humans need to maintain themselves. Water is used to produce food from irrigation crops to actual production of them. As in the world, Canada uses water for hygiene, cleaning, manufacturing, and daily life. As the population increases, pollution, global warming, supply and demand will soon intersect (Baker, 2007). This article examines the impact of global warming on Canadian freshwater systems, the impact of pollution, and how Canada is currently managing freshwater and what steps Canada can take to adapt To do.

One of our biggest concerns about future water resources is the sustainability of current and future water allocation. As the water runs short, the importance of management is increasing. Finding a balance between what people need and what is necessary for the environment is an important step in the sustainability of water. Countries such as Australia have tried to establish a sustainable freshwater system at the national level. And this approach to the environment can demonstrate an example for the rest of the world.

Water is a finite resource whose quantity and quality are decreasing to accommodate world population growth. In the future, we need to manage this rare resource better and more effectively. Water is the subject of my research as water is definitely the most important and vulnerable resource among humans and the entire ecosystem. To understand the physical and biogeochemical processes that affect this resource, I am focusing on current research on water, agriculture, and forest resources. The focus of my research is to deepen the understanding of the hydrological process and the onshore process regulating the water quality and water quality of the basin. Therefore, we can develop better environmental policies and management strategies to protect water, soil and other natural resources. By integrating the integration between size and field, I think that you can understand these interactions and their potential impact on different scales.

World food trade is not caused by water shortages. For example, if Canada imports bananas and flowers from Central America, it is not because Canada lacks water, but indeed, Canada is one of the world's richest water-rich countries in terms of water resources . International commodity trade depends mainly on factors such as land supply, labor force, technology, trade expenses, domestic food policy and international trade agreement. In this sense, the above is a logical development, and the international virtual water trade caused by water shortage is negligible. However, some countries such as Saudi Arabia have adopted policy decisions to obtain food and water as cash-rich, low-water countries from outside the border (see above). At the same time, countries with other water shortages will not be able to adopt this strategy, as cashing is insufficient. From the perspective of the gross national product and the fair trade system, the prerequisite of trade is the minimum wealth.

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