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Main Office Phone Numbers : 613-692-3571 / 1-800-267-3504
Staff Directory
Drought Condition Downgraded to Minor
Learn More:
- Current Water Conditions Statements (flood or drought)
- Contact Brian Stratton, Manager Engineering Services
Streamflow and water level data are used to monitor flood and drought events. They are also used to monitor water supply for lake operation and navigation. This information is used to determine flood risk, support land use planning, assess fish habitat and for water quality analyses of contaminant loading.
DISCLAIMER: Users of the RVCA flow data and water level data are cautioned to consider the unverified nature of the information before using it for decisions that concern personal or public safety or the conduct of business. The Rideau Valley Conservation Authority assumes no responsibility for the correctness of the information contained in this website nor liability to any user of such information, regardless of the purpose. River Levels and flows can change rapidly.
From October to December 2014 the landlocked Brewer Park Pond and former artificial swimming hole was reconnected to the main channel of the Rideau River. The newly connected pond boasts increased biodiversity with the creation of a new, vibrant wetland and pond with shoreline plantings, breeding bird habitat, amphibian habitat, turtle nesting beds and basking logs. The pond will provide improved spawning, nursery, rearing and feeding habitat for the local fish community in the Rideau all year round. This part of the Rideau River is home smallmouth bass, largemouth bass, yellow perch, northern pike, walleye and muskellunge.
Project Highlights:
- 16,000 square metres of new, functioning wetland and fish habitat in the heart of the City of Ottawa
- 1,000 truckloads of soil removed to contour pond into more productive habitat
- 120 community volunteers helped plant over 1,600 trees, shrubs and aquatic plants in and around the pond
- 8 weeks of construction from October to December 2014
- Numerous basking logs, root wads and log piles installed as habitat for turtles, fish, amphibians
Ecological benefits:
- Reconnected pond allows fish species year-round access in and out of the pond into the main river
- Eliminates the potential for fish kills as a result of low oxygen conditions in the pond over winter and summer months
- Altered elevations creates conditions suitable for more diverse aquatic vegetation
- New functional spawning, nursery, rearing and food supply habitat created in the restored wetland for fish in the adjacent reach of the Rideau River
- Provides new and enhanced winter and summer refuge areas for fish
- Increased biodiversity.
- Enhanced wetland improves water quality in the Rideau River
Project Partners
- Fisheries and Oceans Canada
- Fish Biology & Conservation Physiology Lab
- Carleton University
- Minto
- Muskies Canada
- MNRF
- City of Ottawa
- Ottawa South Community Association
- Richcraft
Information
Jennifer Lamoureux
Aquatic and Fish Habitat Biologist,
Rideau Valley Conservation Authority
613-692-3571 ext. 1108
If you live on a lake and are interested in recording water levels (weekly or every two weeks) and feel you have a good location for a staff gauge to be placed (permanent dock, flat rock etc..) then we would appreciate your help in our monitoring levels on watershed lakes.
For more information, please contact:
Justin Robert
Hydrometric Data Coordinator
Department of Engineering and Regulation
Ext. 1194
2016 Deadlines
The Rideau Valley Conservation Authority (RVCA) partnered with the National Capital Commission (NCC) to design and construct a small wetland adjacent to the Ottawa River. This new wetland is located close to Remic Rapids along the Sir John A. Macdonald Parkway. The feature is 0.15 hectares and consists of a shallow basin that is a water supply for wildlife as well as amphibian breeding and bird foraging area. Volunteers and NGO community groups provided clean up and planting assistance. The wetland provides a unique and highly visible habitat feature along the National Capital Commission Ottawa River Pathway.
Benefits of the Project
- Altered elevations creates areas for more diverse aquatic and terrestrial plant life
- Provides new and enhanced habitat for wetland wildlife
- Provides quiet area for water fowl and shorebird nesting, rearing and feeding
- Installed woody structures creates more diverse habitat
- Installed sand and pea stone creates turtle nesting and basking areas
- Common buckthorn (invasive species) removal allowed for more native plant growth
Project Partners
Information
Jennifer Lamoureux
Aquatic and Fish Habitat Biologist,
Rideau Valley Conservation Authority
613-692-3571 ext. 1108
The Rideau Valley Conservation Authority, with their partners, has built a fish habitat embayment at the Richmond Conservation Area, located in Ottawa, Ontario. The project involved converting an existing grassed park area into a small wetland embayment along the shore of the Jock River. Raab Construction helped construct the wetland with the assistance of many dedicated volunteers.
Construction Highlights
- 1,000 square metres of new spawning, nursery, rearing and feeding habitat created to support the 40 species of fish that reside in the Jock River
- 9 days of construction took place in October 2014
- 108 truckloads of fill were removed from the Jock River floodplain
- 100 metres of new shoreline created by re-grading the existing slope and planting a shoreline buffer around the perimeter of the new embayment
In 2014, the Jock River Embayment Creation Project won the Top Canadian Fishing Industry Conservation Project Award.
Project Partners
- Rideau Valley Conservation Authority
- Fisheries and Oceans Canada — Recreational Fisheries Conservation Partnerships Program
- Muskies Canada Ottawa Chapter
- National Defence Fish and Game Club
- Community Foundation of Ottawa
- Ottawa Fly Fishers Society
- Shell Fueling Change
- Fendock
Information
Jennifer Lamoureux
Aquatic and Fish Habitat Biologist,
Rideau Valley Conservation Authority
613-692-3571 ext. 1108
RVCA Celebrates 50 Years of Conservation
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Every shoreline is unique and requires different approaches to naturalization. Current and desired land use, existing conditions, soil type, availability of sunlight and moisture, and naturalization goals all play a significant role in selecting the appropriate naturalization methods. Some methods may include:
- Creating a “no-mow” zone near the shoreline and allowing vegetation to re-establish on its own.
- Active planting of native trees, shrubs, grasses, wildflowers and/or aquatic plants in the buffer area.
- Placing or allowing the accumulation of woody debris along shoreline.
- Removal or “softening” of existing hard structures like retaining walls, gabion baskets and rip rap.
- Utilizing various bioengineering methods such as coir logs, live cuttings, and brush mattresses to control or reduce erosion.
Active Planting
1. Assess Your Property
- Think about how you use your shoreline. How do you access it? Where would you like to maintain views/sight lines?
- Find your high water mark and the location of your property lines.
- Determine site conditions such as soil type, moisture and compaction, drainage patterns and availability of sunlight.
- Does your property have excessive erosion? Problems with your septic system? Planning to install a new dock? You may want to address these issues before planting your shoreline.
2. Develop a Planting Plan
- Map out where you want to plant and determine how many plants you will need.
- In general, shrubs should be planted about 1 metre apart, and trees should be no closer than 2.4 metres (remember to consider mature plant height and width when spacing plants).
- Place low growing shrubs, wildflowers and grasses in areas where you want to maintain views. Placing larger trees along the edges of your property helps delineate property boundaries, maintains privacy and doesn’t block views of your shoreline.
3. Select Plant Species
- Select plants that are appropriate for your site conditions (soil, sunlight, etc.).
- Choose native plant species grown from local seed sources as they are best suited to survive local climate conditions and provide the greatest benefits to wildlife (exercise caution when purchasing native species from commercial nurseries as plants that appear native may actually be similar exotic species or cultivars—purchase plants from a native plant nursery whenever possible to ensure authenticity).
- Choose flowering or fruit bearing plants for maximum wildlife benefits.
- Look to see what is growing locally—there is a good chance that these plants will do well on your property too.
- Decide what size/type of plant you want to use:
- Bare Root-bare root seedlings have exposed roots, so they need to be planted while the plant is dormant (early spring). Bare root plants are inexpensive and easy to transport. They must be properly handled, stored and cared for to reduce transplant shock and ensure good survival rates.
- Potted- Potted plants come in a variety of sizes. They are more expensive, can be difficult to transport in large quantities, can have good survival rates if cared for properly and can be planted at any time during the growing season.
4. Plant
- Prepare you site as needed. Examples of site preparation include mowing of tall grass, soil amendment, and removal of sod, ornamental plants or invasive species. Often, plants can be planted directly into existing ground conditions.
- Keep plants moist and shaded until ready for planting. Ensure that proper handling and planting techniques are used.
- Water plants after planting.
- Remember to take lots of before and after photos!
Potted Planting
Diagram: On the Living Edge: Your Handbook for Waterfront Living
Bare Root Planting
5. Maintenance & Aftercare
- Mulches improve growing conditions and promote faster growing by supressing competitive weeds and grasses and by keeping in moisture. They also make it easier to locate small seedlings in overgrown areas. Different types of mulches include:
- Coir mats: Coir mats are portable, biodegradable, mats made from coconut fibre.
- Loose mulches: Loose mulches include woodchips, bark and straw. While affordable and useful in some circumstances, loose mulch is easily eroded and should be limited in flood-prone shoreline areas. Always choose non-dyed mulch.
- Others: Cardboard, wet newspapers, old carpet, biodegradable plastic brush sheets.
- Tree guards should be installed around deciduous trees to prevent mice and vole damage.
- New plants will need to be watered depending on site conditions and recent weather.
- Weeding, pruning and trimming around plants may be required to reduce competition.
- Replace dead plants as necessary.
- Do not fertilize.
Softening a Hardened Shoreline
In the past, shoreline erosion problems were often dealt with by the “hardening” of shorelines through installation of retaining walls constructed of armour stone, rip rap, old railroad ties, gabion baskets, and other materials. While these structures offer a temporary solution to erosion, they can actually result in more damage to downstream/neighbouring properties and even the shoreline they were intended to protect.
Retaining walls interfere with natural shoreline processes and currents. Overtime, the increased impact of water on the vertical walls in combination with surface water runoff behind the walls leads to slumping, eroding gullies, undercutting and eventual failure of the wall.
In response to the issues caused by retaining walls, there has been a push towards “softer” shoreline protection options such as vegetated buffers and bioengineering techniques. In cases where a retaining wall is already in place, erosion can be reduced and the life of the wall can be protected by planting native shrubs around the wall, or in the case of a rip rap shoreline, planting between the rocks. The roots of the plants will help hold the soil in place, and overhanging branches and foliage will soften the impact of wave action.
Bioengineering
Bioengineering is the combination of engineering techniques with the use of natural materials like live plant material and geotextiles to stabilize soils. It is often used as a means of repairing/remediating shorelines from the effects of erosion with the intent of minimizing the overall impact to the environment. The end goal is a self-repairing shoreline that stabilizes soils, minimizes erosion and contributes to healthy habitat.
Bioengineering is an excellent alternative to rip rap or hardened shoreline structures because it is:
- low maintenance and self-repairing
- cost effective
- less Invasive
- promotes good habitat for fish and wildlife
- allows for the establishment of native plants
- protects shorelines from erosion
Bioengineering is not an appropriate solution for all erosion problems. Existing site conditions such as waterfront access, erosion type/source, soil type, existing vegetation, wave action and fluctuating water levels all need to be considered for bioengineering projects.
Coir Log
A flexible log made of biodegradable coconut fibre material that can be staked in along the shoreline to help absorb wave energy and allow vegetation to establish. Intended for use with upland planting.
Live Stakes
Live cuttings taken from dogwood and willow species can be used to re-vegetate shoreline areas.
Live Fascine
Live dogwood and willow cuttings can be bundled together to form a log that is staked in along the shoreline. The live cuttings will begin to root creating a protective wall of shoreline vegetation.
Brush Mattress
A layer of live cuttings are placed along a shoreline slope and held in place with twine or rope. The cuttings will begin to root creating a protective layer of vegetation. A fascine is typically used to secure the base of the mattress.
Soil Wrap/Brush Layering
One or more layers of live cuttings are partially covered with compacted soil and allowed to root and establish. Soil layers are often wrapped with a geotextile material for extra stability.
