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WMS

Available map layers (9)

Water Well Capture Zones (0)

Well capture zones are intended to identify potential areas of risk to aquifers where the release of contaminants could affect the water quality of community wells. The information was compiled as a discreet project under the ‘Yukon Water Strategy’ and represents a ‘snapshot in time’ of the Drinking Water Systems. Well capture zones were identified using a combination of buffers, analytical methods, and groundwater flow modelling using the Waterloo Hydrogeologic Inc. Visual MODFLOW.

Water Wells (1)

The well registry is a collection of records, including drilling logs and report documents, maintained by Yukon government. These records provide information on the well construction details and subsurface conditions encountered at the time of drilling. Although some information in the dataset may be edited over time, the primary purpose is to document the original drilling conditions and not to provide an updated status of the well. There is no current overarching requirement for drillers or owners to submit well logs, therefore many have been provided on a voluntary basis. Therefore, this should not be expected to be a complete list of all wells across the territory.The water well dataset contains records obtained through the domestic water well program, voluntary submissions, and regulatory processes (licenses and permits). No identifiable personal information will be used or available on the public database. For further information about privacy and the protection of your personal information contact the Departmental Privacy Officer at (867) 667-5237.

Contaminated Sites (2)

The Contaminated Sites dataset compiles information on contamination collected by the Government of Yukon. Note: when a site has no information, the property is not necessarily not contaminated rather the data is not available.

Water Monitoring Sites (3)

A wide range of different territorial, federal, and first nation governments have a role in monitoring water. The water monitoring sites datasetcompiles these varied sources into a single source with the intent to provide a ‘one-stop shop’ when searching for water monitoring data. Information contained includes the ‘who, what, when, and where’ of water monitoring by providing contact information, sample type, sample period, and location.

Water Licences (4)

Under the Yukon Waters Act,the Yukon Water Board issues water use licences for the use of water and/or the deposit of waste to water. To see the licences, and their reports, please visit Waterline, our online registry at www.yukonwaterboard.ca.

Water Licence Applications (5)

Under the Yukon Waters Act,the Yukon Water Board issues water use licences for the use of water and/or the deposit of waste to water. To see the licences, and their reports, please visit Waterline, our online registry at www.yukonwaterboard.ca.

Weather Stations (6)

The Weather Stations dataset is derived from the Regional Weather Information System (RWIS). For more information about each weather station, refer to http://rwis.gov.yk.ca/stations/. Currently only weather stations owned by Yukon Wildland Fire Management, ParksCanada, Environment and Yukon Avalanche Association are included in this dataset. Other weather stations will be added as they become available.

CMI Water Quality Sampling Sites (7)

The Fish Habitat Management System for Yukon Placer Mining replaced the Yukon Place Authorization (YPA) in 15 Yukon watersheds on April 11, 2008. Founded on principles of adaptive management and incorporating a risk-based approach to decision-making, the system is intended to balance the objectives of a sustainable Yukon placer mining industry with the conservation and protection of fish and fish habitat supporting fisheries Adaptive management recognizes that the effectiveness of any management system is hampered by a degree of uncertainty and lack of knowledge. It seeks to improve the system by monitoring the effects of management actions, in order to learn from the results. The Adaptive Management Framework for Yukon placer mining is complemented by traditional knowledge and water quality objectives monitoring, aquatic health monitoring and economic health monitoring programs. The results should provide new information and a rational basis for making any adjustments required to achieve the two management objectives. The water quality objectives monitoring program is governed by the Water Quality Objectives Monitoring Protocol. The Protocol describes the locations, timing, frequency and methods employed during sampling, as well as the methods used to analyze sampling data. Precipitation data was collected from a variety of sources to assist in the interpretation of results. The water quality objectives monitoring program relies upon both continuous sampling and grab sampling. Continuous sampling is performed by automated instruments that pump water from the creek or river at a preset volume and at precise times each day. Grab samples are taken by personnel at a selected location, depth and time. Normally the quantity of water taken is sufficient for all the physical and chemical analyses that will be done on the sample. Grab sampling is also performed during sampling “blitzes”, when single grab samples are collected from as many sites as possible within a short timeframe in order to get a snapshot of the water quality in a watershed over a 24 hour period.

Aquatic Health Monitoring Sites (8)

The Adaptive Management Framework for Yukon placer mining is complemented by traditionalknowledge and monitoring of water quality objectives, aquatic health, and economic health.The aquatic health monitoring program is governed by the Aquatic Health Monitoring Protocol.The Protocol describes the locations, timing, frequency and methods employed duringsampling, as well as the methods used to analyze sampling data. The Reference ConditionApproach (RCA) is the method chosen for assessing the health of freshwater ecosystems inthe Yukon. One RCA model was developed for bioassessment based upon benthicmacroinvertebrates, and a second model was developed to assess the diversity of fishspecies.The RCA model for invertebrates relies upon 224 reference sites collected over the period2004 to 2010 by the University of Western Ontario, Fisheries and Oceans Canada, and theYukon government, using the same standard protocol. The invertebrate data set was analyzedat the family level.There are two fundamental steps in the process of developing the predictive model. The first isto classify the reference sites based on their biological characteristics. This requires defining anumber of community types based on the taxonomic composition. The second step is todetermine a subset of habitat attributes that are associated with those community types.Following this step the number and type of organisms expected to occur at any given site can be determined from habitat attributes.For more information, contact the Yukon Placer Secretariat.

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