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Alpine_Research_Site.xml
BTLWS_Main_v1.0.xml
BTLWS_Study_v1.0.xml
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BTLWS: Bridge To Land Water Sky
CCRN: Changing Cold Regions Network
CRHO: The Canadian Rockies Hydrological Observatory
DRI: Drought Research Initiative
GWF: Global Water Futures
GWFO: Global Water Futures Observatories
INARCH: International Network of Alpine Research Catchment Hydrology
IP3: Improving Processes & Parameterization for Prediction in Cold Regions Hydrology
MAGS: The Mackenzie Global Energy and Water Cycle Experiment (GEWEX) Study
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Alpine_Research_Site.xml
BTLWS_Main_v1.0.xml
BTLWS_Study_v1.0.xml
COPE_Catchment_v1.0.xml
COPE_Research_Site_v1.0.xml
Dataset_v1.0.xml
Dataset_v1.2.xml
Dataset_v1.3.xml
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GWFO_Facility_v1.0.xml
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Observatory_v1.0.xml
Oral_Record.xml
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Publication_v1.0.xml
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Record Title
COPE: Common Observation Period Experiment
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Project Information
Section 1: Project Information
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AGPC: Adaptation Governance and Policy Changes in Relation to a Changing Moisture Regime
AWF: Agricultural Water Futures
BWF: Boreal Water Futures
CPE: Climate-Related Precipitation Extremes
CCIWQT: Co-Creation of Indigenous Water Quality Tools
CMFWF: Collaborative Modelling Framework for Water Futures
CWS: Crowdsourcing Water Science
DMHMU: Diagnosing and Mitigating Hydrologic Model Uncertainty in High-Latitude Canadian Watersheds
EIMLL: Evaluation of Ice Models in Large Lakes
FISHNET: FIShNET (Fish & IndigenouS NorthErn healTh): Healthy Water, Healthy Fish, Healthy People
FORMBLOOM: Forecasting Tools and Mitigation Options for Diverse Bloom-Affected Lakes
GWC: Global Water Citizenship (Integrating Networked Citizens, Scientists and Local Decision Makers)
HPFS: Hydrological Processes in Frozen Soils
IEWE: Improved Estimates of Wetland Evaporation
IMPC: Integrated Modelling Program for Canada
IWGD: Is our Water Good to Drink? Water-Related Practices, Perceptions and Traditional Knowledge Indicators for Human Health
LF: Lake Futures
LMSAER: Linking Multiple Stressors to Adverse Ecological Responses Across Watersheds
LSNPM: Linking Stream Network Process Models to Robust Data Management Systems (for the Purpose of Land-Use Decision Support)
LWGC: Linking Water Governance in Canada to Global Economic, Social, and Political Drivers
MATWF: Matawa Water Futures: Developing an Indigenous-Informed Framework for Watershed Monitoring and Stewardship
MWF: Mountain Water Futures
NGS: Next Generation Solutions for Healthy Water Resources
NWF: Northern Water Futures
OIEKTC: Ohneganos - Indigenous Ecological Knowledge, Training and Co-Creation of Mixed Method Tools
OMNSHCGP: Old Meets New: Subsurface Hydrological Connectivity and Groundwater Protection
OCFM: Developing 'Omic' and Chemical Fingerprinting Methodologies
PDG: Prairie Drainage Governance
PW: Prairie Water
SAMMS: Sub-Arctic Metal Mobility Study
SSSWQM: Sensors and Sensing Systems for Water Quality Monitoring
SDEPFC: Short-Duration Extreme Precipitation in Future Climate
SGDHM: Significance of Groundwater Dynamics within Hydrologic Models
SFWF: Southern Forests Water Futures
SPADE: Storms and Precipitation Across the Continental Divide Experiment
TSTSW: Transformative Sensor Technologies and Smart Watersheds
WKC: Water knowledge camps: building capacity for cross-cultural water knowledge, research, and environmental monitoring
WNM: We Need More than Just Water: Assessing Sediment Limitation in a Large Freshwater Delta
WSPT: Winter Soil Processes in Transition
Other
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Project Websites
Please reference this page as: https://gwfnet.net/cope COPE: https://inarch.usask.ca/science-basins/cope.php
Project Description
INARCH is conducting a Common Observing Period Experiment (COPE) across a network of research basins which started in 2022 to coincide with the start of the snow season in the southern hemisphere, and continuing on until 2024. During this "COPE", there will be an international, coordinated effort to - obtain high-quality measurements - ensure that all sensors remain in working order, - enhance observations at all participating mountain research basins, - fly supplementary UAV acquisitions, and to - run high resolution models and work together to compare processes, share data, and test the robustness of these models in challenging environments around the world. Why have a COPE? This initiative provides an opportunity for inter-comparisons across the global network of INARCH research sites and basins. While different climates prevail across the network of sites and each are subject to temporally and spatially varying conditions and extreme events, we need to coordinate our own efforts and response to some of the observations and data and also coordinate the modelling. We need to engage the modelling community to ensure we have comparable observations for model testing and evaluation. In some instances there are teleconnections that may occur and can be of interest to examine. Further, by getting these instruments into place and the campaign underway, this would be a start for longer-term observations of higher quality that can be comparable. Tremendous value can accrue from activities such as this and the approach has been used in the past with various GEWEX initiatives (e.g., in western Canada some basins have stayed instrumented over time since the late-1990s). The other aspects are in providing testbeds for instrumentation that some of us may be developing and allowing us to share information about the density of instrumentation and other things that may be useful as people work on basins.
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