Map of all groundwater wells and groundwater monitoring stations registered in GIN (Groundwater Information Network) and additional references layers related to Groundwater Geoscience Program of Natural Resources Canada. This data is distributed amongst several database and mediated to a single entry point dynamically. Some layers that have large amount of features will display generalised maps at national scale in order to improve drawing performance and then switch to individual features at local scale.

Map of all groundwater wells and groundwater monitoring stations registered in GIN (Groundwater Information Network) and additional references layers related to Groundwater Geoscience Program of Natural Resources Canada. This data is distributed amongst several database and mediated to a single entry point dynamically. Some layers that have large amount of features will display generalised maps at national scale in order to improve drawing performance and then switch to individual features at local scale.

Map of all groundwater wells and groundwater monitoring stations registered in GIN (Groundwater Information Network) and additional references layers related to Groundwater Geoscience Program of Natural Resources Canada. This data is distributed amongst several database and mediated to a single entry point dynamically. Some layers that have large amount of features will display generalised maps at national scale in order to improve drawing performance and then switch to individual features at local scale.

Long-term monitoring programs on benthic fauna are missing for large areas of the Arctic. In areas where repeated monitoring has occurred, it is difficult to compare data due to different sampling approaches and different targets of monitoring efforts. There is a need for an international standardization of long- term benthic monitoring. The CBMP Benthos Expert Network has identified potential ways to improve benthic monitoring coverage, and has come up with a map showing a Pan Arctic station map.

Location of long-term mammal monitoring sites and programs. Comes from the Arctic Terrestrial Biodiversity Monitoring Plan is developed to improve the collective ability of Arctic traditional knowledge holders, northern communities and scientists to detect, understand and report on long-term change in Arctic terrestrial ecosystems and biodiversity..

<img width="80px" height="67px" alt="logo" align="left" hspace="10px" src="http://geo.abds.is/geonetwork/srv/eng//resources.get?uuid=7d8986b1-fbd1-4e1a-a7c8-a4cef13e8eca&amp;fname=cbird.png">The Circumpolar Seabird Monitoring Plan is designed to 1) monitor populations of selected Arctic seabird species, in one or more Arctic countries; 2) monitor, as appropriate, survival, diets, breeding phenology, and productivity of seabirds in a manner that allows changes to be detected; 3) provide circumpolar information on the status of seabirds to the management agencies of Arctic countries, in order to broaden their knowledge beyond the boundaries of their country thereby allowing management decisions to be made based on the best available information; 4) inform the public through outreach mechanisms as appropriate; 5) provide information on changes in the marine ecosystem by using seabirds as indicators; and 6) quickly identify areas or issue in the Arctic ecosystem such as declining biodiversity or environmental pressures to target further research and plan management and conservation measures. - <a href="http://caff.is" target="_blank"> Circumpolar Seabird Monitoring plan </a>

Bird Studies Canada WMS/WFS Server for bird distribution and abundance data, and related information. Bird Studies Canada gratefully acknowledges the support of Environment Canada - Canadian Information System for the Environment in developing this service.

Bird Studies Canada WMS/WFS Server for bird distribution and abundance data, and related information. Bird Studies Canada gratefully acknowledges the support of Environment Canada - Canadian Information System for the Environment in developing this service.

The province of PEI has been monitoring dissolved oxygen in some Island estuaries since 2015. This dataset contains data collected from 2015 to 2021. Monitoring results from later years can also be found on the Prince Edward Island open data portal.This dataset includes raw data from 20 Island estuaries from across PEI; mapped locations of monitoring sites; and downloadable raw data. The data includes dissolved oxygen concentration, dissolved oxygen saturation, water temperature and instrument depth. Data is usually collected between May and October of each year. 18 estuaries are monitored on a 3 year rotating cycle with at least 6 of these 18 monitored in any given year. Another 2 estuaries are monitored every year. 2 locations are monitored in each estuary; the Upper Estuary location represents the upper 10% boundary of the estuary’s surface area, is closest to the freshwater inputs and should display signs of eutrophication if they are present; the Mid Estuary location represents the mid-point or 50% boundary of the surface area of the estuary. The Mid Estuary site may have two loggers, one placed about 0.5 m the bottom substrate and one placed about 0.5 m from the surface of the water. Data may be used to determine hourly fluctuations in oxygen, the degree of eutrophication, and the presence and duration of anoxia and hypoxia. Temperature and instrument depth (not the same as water depth at the site) data are also collected and available for use.