By using a water model, the city can assess its water system and identify and rectify any potential deficiencies. Valuable information gathered through the water modeling exercise can determine how the distribution system will react to emergencies during high-demand periods. A water model also helps with fire protection planning.
On July 20, 2005, the Village of Lumby launched its Water-use Efficiency Program. In keeping with the newly adopted Water Conservation and Drought Contingency Plan, a Stage-1 water conservation threshold was declared that introduced water sprinkling regulations, a public education program, and a more stringent water level monitoring program for village wells. This was well received by residents, and resulted in excellent voluntary compliance.
The Westbank Irrigation District (WID) Board of Trustees is pleased to announce construction of its Powers Creek Water Treatment Plant. It is expected that the total cost to complete the water treatment plant and treated water reservoir will be about $18 million. WID presently has reserves of about $8.5 million, which will be utilized to offset these construction costs. Earlier this year, ratepayers approved WID borrowing of up to $13 million.
Federal, provincial, and local governments have created many acts, regulations, and bylaws that are administered by various jurisdictions each having different mandates. The Fraser Basin Council has put all these water-related guidelines into one document.
As consumers begin to demand environmental responsibility from suppliers of goods and services, the companies that respond positively will have a competitive advantage over those that do not. The result is increased revenues. But can businesses incorporate sustainable operating practices without greatly increasing costs? The answer is yes. In fact, by increasing eco-efficiency, costs can be significantly decreased.
The City of Kelowna Water Utility takes conservation seriously, and 2005 will be remembered as the year the utility kicked its Water Smart program into high gear.
Climate change is a topic occupying many people’s minds. Statisticians examine decades of climate data looking for trends; scientists pursue the development of temperature and precipitation models to predict future climatic fluctuations; politicians argue about reducing greenhouse gas emissions; and the world’s citizens look to an uncertain future for their children and grandchildren. Many studies have determined that global climate patterns are changing. But what does the future hold for us here in B.C.? A group of researchers set out to answer that question.
The term 'natural capital' refers to a region’s natural, environmental, and ecosystem resources, and land. It is capital because it contributes goods and services necessary for environmental and economic health. In addition to some of the more obvious benefits of environmental conservation such as habitat preservation, flood control, and ensuring water quality, there are significant financial benefits. Assigning a monetary value to our natural resources creates another motivation for environmental preservation and restoration.
Water-centric means that we will plan with a view to water – whether we are planning for a single site or the entire Province. Water-centric planning considers the amount of water available, the amount of water needed, innovative efficiency strategies, the quality of water leaving the area, how rain and snow water are managed, and the impact on the natural environment.
If warming trends continue, over the next 100 years we could get up to 20% more rain, an 88-centimetre jump in sea levels, rivers drying up, a big dent in salmon migration and a spreading of the mountain pine beetle. British Columbia's average temperature could also increase by 4-degrees Celsius. Northern BC's temperature has climbed 1.7-degrees Celsius over the past 100 years, three times the global average.