PWCP on Three Manitoba Farms

One strand of electric temporary fencing stretches across a pasture on Anna Donahue’s family dairy farm in Basswood, Manitoba. The cattle have been trained to know where the lines are, and the moment Donahue starts rolling up the fence every cow barrels across the field, racing for the new food. In the new pasture the cows eagerly graze on a polycrop mix of 15 different plant species, including legumes and grasses.

Black and white cows graze in a field under blue sky with trees in the distance.

Above: Cattle graze on a polycrop at Malarky Ltd.

The cows seem enthusiastic about grazing outdoors, something they couldn’t do until recently here at Malarky Farm. It’s been less than a year since the Donahue’s started rotational grazing their cattle and they are already noticing improvements.

“Not only are we happy with the results we have seen, but the cows seem happier and healthier,” Donahue says. “Rotational grazing our cows has helped reduce our input bills, and we have noticed better overall hoof health with our herd.”

Rotational grazing is a way of feeding cattle that uses multi paddocks so the cows can easily be moved from pasture to pasture. This practice can have many benefits to the producer such as reduced costs and improved soil health. Most importantly, it ensures the animals have continued access to new sources of food every day.

“Without using this practice of moving them frequently we would not be able to graze our milk cows,” says Donahue. “They wouldn't be consuming enough to keep up their milk production.”

Previously the Donahue’s grew crops in their fields and transported the feed to their impressive cattle barn. The Donahue’s have been able to get their herd back on the land with funding support for rotational grazing from the Prairie Watersheds Climate Program (PWCP).

Strand of white wire connected to orange and white spool crosses field in autumn. A red electrified clip is attached to the wire.

Above: Portable temporary fencing in a cattle pasture

Rotational grazing is one of three beneficial management practices (BMPs) funded through PWCP from Agriculture and Agri-Food Canada’s Agricultural Climate Solutions – On-Farm Climate Action Fund. Cover cropping and nitrogen management are also funded through PWCP, and all three BMPs provide benefits both to the producer and to the environment.

PWCP is led by the Manitoba Association of Watersheds (MAW) and delivered by Manitoba’s Watershed Districts and the Saskatchewan Association of Watersheds (SAW).

Woman with microphone standing in a field talking and gesturing to group.

Above: Anna and Haydn Donahue explain the BMPs they’re implementing on a tour of their farm

In the fall of 2022, MAW hosted a farm tour in partnership with the Manitoba Forage and Grasslands Association (MFGA). A group of about 40 industry professionals had the opportunity to visit three farms in southwest Manitoba, including Malarky, to see BMPs in practice.

Groups of people stand near a bus which is parked in a large field of rye grass.

Above: A late-autumn tour of a Manitoba farm

Donahue says it took a bit of work to convince her father to try new practices but knowing programs like PWCP were available helped.

“We applied for the cover crop and rotational grazing funding through PWCP,” she says. “We are very thankful there is funding, because it gives us the confidence to try something different.”

Zack Koscielny from Green Beach Farm & Food, another farm on the tour, agrees.

“These programs help to mitigate some of the risk associated with trialing and implementing a new practice on the farm,” he says. “By assisting with some of the initial costs, I believe these programs take some of the feeling of ‘taking a gamble’ out of trying a new practice, which allows farmers to try and evaluate a new practice and its effect on their operation.”

Two men in field wearing jackets and hats.

Above: Zack Koscielny (right) listens to questions on a farm tour

Green Beach Farm & Food is a mixed livestock & certified organic grain farm just south of Strathclair, Manitoba operated by Koscielny and his parents, Jason and Karen. They have been slowly incorporating BMPs on their farm since 1985, and first used a cover crop on a portion of their grain acres in 2019. Now they try to incorporate shoulder or full season cover crops on all grain acres annually.

Cover crops are planted to cover the soil rather than for the purpose of being harvested and can also be used for grazing. They have many benefits on a farm, including reducing soil erosion, increasing crop yield, reducing fertilizer application rates, and lowering greenhouse gas emissions, to name a few.

“With the use of cover crops, our crop land has seen some improvements in water infiltration,” says Koscielny. “And the cover crops themselves are helping us extend our grazing season by allowing our perennial pastures a longer rest period.”

Close up of tall grass with many seeds in a field.

Above: A cover crop of Italian rye grass on a Manitoba farm

Koscielny says they have also seen a significant increase in plant diversity and a stronger insect & wildlife presence (particularly birds).

“I also anticipate continued improvements in water infiltration & crop yields on our cropped acres due to our use of cover crops, including more biomass production and more resiliency during dry times,” he says.

Sean Smith from Clanman Jerseys says he is also seeing the impact of changes on his farm.

“We have seen many benefits from BMPs including improved animal health, lower input costs, better weather resiliency and increased forage production,” Smith says. “I expect to see the greatest benefits to continue in our farms ability to handle droughts and large rain events.”

Three men stand in field of tall grass

Above: Sean Smith (left) talks about cover crops on tour of his farm

Smith and his family operate a 3rd generation dairy farm near Clanwilliam, Manitoba, north of Minnedosa. They are also working to reduce nitrogen on their farm, and through nutrient management practices, the farm has been off synthetic fertilizers for 5 years now. Not only does Clanman Jerseys save money through nutrient management, but Smith says they have also seen their yields improve from year to year. 

Smith says it’s important to work with what you have, because not all BMPs will work on every farm.

“We have learned that these practices can work but we have to adjust them to our own individual farm circumstances,” he says. “You have to be flexible and try to never get caught implementing a practice that may not fit the situation you are in.”

The changes all these farms are implementing do come with challenges. And any producers that implement BMPs will have to adapt to their own unique set of circumstances.

Above: Cattle waiting to graze a pasture on the other side of a temporary fence

“With our heifers and dry cows the biggest challenge is providing a water source to more fields so that we are able to graze more of our farm,” says Smith. “We have hauled water in the past but recently installed underground water line to more acres to allow us to graze those fields easier.”

Zack Koscielny at Green Beach Farm & Food says they experienced similar challenges.

“With our pasture management, we had to learn how to work with temporary fencing, train the cattle to single strand electric fence and establish some new water infrastructure,” he says. “Our use of cover crops has led to some significant investments in livestock water systems, as we try to graze cover crops when possible.”

The Prairie Watershed Climate Program (PWCP) can help make the transition an easier one.

PWCP provides funding for the creation of a rotational grazing management plan, as well as watering systems that support the grazing plan. It also provides funds for planning or technical assistance for cover crops and nitrogen management, and even soil testing and soil mapping.

The Manitoba Association of Watersheds also provides educational opportunities to support producers who implement PWCP, such as farm tours and mentorship programs. This helps producers gain a better understanding of how to approach rotational grazing, cover cropping, and nitrogen management on their own farm.

A group of people standing in a field look down at the tall grass. Some bend over to look more closely.

Above: A group sees beneficial management practices first-hand

“I have found it incredibly helpful to speak with producers who have already been using these practices on their own operations,” says Koscielny. “Seeing how other producers have successfully (or maybe not so successfully) implemented a new practice has given me ideas for how to approach implementing new practices on my own farm.”

Sean Smith agrees.

“We feel it is important to share the practices that work for us with other farmers because we want them to succeed as well,” he says. “I am passionate about keeping rural communities strong and feel that isn’t possible without prosperous family farms who are involved in the community and can be passed on to the next generation.”

For the Donahue’s back at Malarky, the goal is to permanently get dairy cattle back on the land. The family is in a period of transitioning but say they are excited for the future and all the opportunities to reduce the environmental impact of their business.

Above: Cattle graze a pasture at Malarky dairy farm

“We firmly believe healthy soil equals healthy grass which leaves you with a healthy cow. It is all a cycle,” says Donahue.

For more information on the Prairie Watersheds Climate Program in Manitoba please visit the Manitoba Association of Watersheds website at manitobawatersheds.org

For more information on PWCP in Saskatchewan please visit the Saskatchewan Association of Watersheds website at saskwatersheds.ca

 

Witten by: Manitoba Association of Watersheds

Funding for this project has been provided by Agriculture and Agri-Food Canada through the Agricultural Climate Solutions – On-Farm Climate Action Fund.

Ce projet est financé par le ministère de l’Agriculture et Agroalimentaire Canada sous le programme Solutions agricoles pour le climat (SAC) – Fonds d’action à la ferme pour le climat (FAFC).

2022 Watershed Award Recipients

Webinar: Introduction to Prairie Watersheds Climate Program

Learn more about funding opportunities through the PWCP BMPs: Nitrogen Management, Cover Cropping, and Rotational Grazing.

Webinar: Introduction to Prairie Watersheds Climate Program (PWCP)

Date: Thursday, August 25, 2022, at 2:00 PM CDT (Manitoba time)  |  1:00 PM CST (Saskatchewan time)

Platform: Zoom

 

Prairie Watershed Climate Program (PWCP) led by Manitoba Association of Watersheds and supported by Saskatchewan Association of Watersheds and Manitoba Forage & Grassland Association will host a webinar for crop advisors, agronomists, agrologists, farmers and producers from Manitoba and Saskatchewan on the PWCP BMPs and Project details.

Watch the webinar below

MANITOBA ASSOCIATION OF WATERSHEDS LEADS PARTNERSHIP ON AAFC’S ON-FARM CLIMATE ACTION FUND

Producer-led groups form coalition; land AAFC’S on- farm climate action projects for Manitoba &Saskatchewan producers

February 22, 2022 (Winnipeg, MB) -  Manitoba Association of Watersheds (MAW) is pleased to announce that the organization is a successful recipient of Agriculture and Agri-Food Canada (AAFC) On Farm Climate Action Fund Project. The MAW-led project, which was supported by 38 organizations throughout the region, will receive up to $40 million over the two-year project to be delivered throughout Manitoba and Saskatchewan around three key farming practices that benefit climate resiliency in agriculture: rotational grazing, nitrogen management, and cover crops.

“The fight against climate change is not only about reducing Canada’s greenhouse gas emissions, but also helping farmers to innovate and adopt more sustainable farming practices,” said the Honourable Marie-Claude Bibeau, Minister of Agriculture and Agri-Food. “We will continue to do what is necessary to protect our environment and provide farmers with the support needed to make their operations more sustainable for future generations. The On-Farm Climate Action Fund builds on the work already underway by our Government to lower greenhouse gas emissions and help improve long-term climate resiliency in the agriculture sector.”

“We are ecstatic to receive this news,” said Lynda Nicol, MAW executive director. “The project partners we are aligned with all have long history of producer-focused project delivery and producer outreach, which are key components of the project proposal’s success.”

Nicol said the AAFC project will be overseen by a steering committee led by MAW, and including Saskatchewan Association of Watersheds (SAW), Manitoba Forage and Grassland Association (MFGA), Saskatchewan Forage Council (SFC), Manitoba Habitat Heritage Corporation (MHHC), and Manitoba Beef Producers (MBP), in addition to representatives from watershed districts in both Manitoba and Saskatchewan. The project partners will be fully engaged in planning, outreach, mentorship, and producer engagement.

 “We are taking a grassroots, regional approach to addressing issues related to climate change in agriculture,” said Garry Wasylowski, MAW board chair. “Supporting farmers to implement BMPs related to nitrogen management, rotational grazing, and cover cropping will have a positive impact on Canadian agriculture. We are proud to have the opportunity to deliver this programming in Manitoba and Saskatchewan thanks to AAFC.”

Nicol pointed out the front-end work of the MFGA in the organizing of the regional group’s discussions around the proposal opportunity and says the framework and respective group networks, including conservation interests and agriculture groups, are in place to allow the group to move forward quickly under MAW’s leadership.

“This is a project for producers and has been since our very first steps together as a group,” said Nicol. “We are intent on producers seeing the great impacts they can make on their farmlands via this project and are confident in the strength of our delivery partners to move this project forward to communicate, mentor and engage producers efficiently while delivering the on farm climate actions identified by AAFC that are so paramount to this project. We expect more program details will be released in March.”

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For More Information: Lynda Nicol, MAW executive director, 204-570-0164, lynda@manitobawatersheds.org.

CAWD welcomes three new Rural Municipalities

Watershed District adds valuable areas for healthy watershed in South-Central Manitoba

Baldur, Manitoba (February 3, 2022) -- The Central Assiniboine Watershed District (CAWD) has expanded to include three new Manitoba municipalities: Elton, North Cypress - Langford, and Whitehead, bringing the CAWD’s total municipal membership number to 20.

Jeff Elder, CAWD Chair, says the move will be a great benefit toward effective soil and water conservation on productive agricultural lands.

“With the inclusion of those new municipalities into the district, that almost brings the entire watershed into the program,” said Elder, who farms 2600 acres north of Wawanesa, Manitoba. “This will allow for better watershed management and stronger communication for neighbouring municipalities through watershed district meetings on water related issues.”

The addition of the three Rural Municipalities became reality early in 2020 after CAWD was one of a group of 14 Watershed Districts created with the proclamation of the Watershed Districts Act. This resulted in an organizational name and boundary change for the CAWD, a grassroots organization led by a board of directors and a staff of watershed-focused land management professionals. CAWD works with local farmers, governments and conservation and agricultural groups to improve soil and water management in the CAWD by designing and offering programs delivered by farmers on their farm lands.

According to Neil Zalluski, CAWD manager, weather events such as the heavy rains last summer northwest of Brandon and the force of that intense downpour coming off the fields created issues as it drained towards the Assiniboine River. Zalluski believes the addition of the three new RMs will be valuable assets to have onside from water and land management perspective in times of flood, drought and other pressures that might cause impact across the CAWD.

“One of the program categories we are really excited to get working on with our new partners is wetland conservation, since our western area is peppered with potholes,“ said Zalluski. “We can provide landowner incentives to not drain those class 1 & 2 wetlands while still being able to continue to crop through them. Such projects will reduce the peak flows in the future during major water events. By working together with landowners to limit possible wetland drainage, we can also reward the land owner for their management practices that keep water on the land in wetlands and thereby reducing downstream damage and impacts.”

Zalluski says funding and programming is through the province’s Growing Outcomes in Watersheds program and the Conservation Trust and GROW Trust which is administered by the Manitoba Habitat Heritage Corporation as part of the Province’s Climate and Green Plan. With the establishment of the Conservation Trust, the GROW Trust and the Wetlands GROW Trust, Manitoba created new and permanent revenue sources for conservation activities in Manitoba. CAWD, says Zalluski, is well-positioned to deliver these projects and programs.

“The Trusts’ focus is on conservation and restoration of natural areas in the rural landscape for a number of conservation purposes: addressing floods and droughts, water quality, wildlife habitat and biological diversity, carbon sequestration and improving Manitoba citizens’ connection to nature,” says Zalluski. “With access to funds for farmers in our watershed, CAWD can add to existing programs in the following categories: buffer strips, cover crops, riparian, uplands, water retention, and wetland conservation which will help us all build resilience to floods, droughts, climate change, nutrient loading, and more.”

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Working out of the CAWD office in Baldur, Manitoba, CAWD works within parts and across the rural municipalities of: Argyle, Cornwallis, Glenboro-South Cypress, Grassland, Grey, Lorne, Minto-Odanah, Norfolk-Treherne, Oakland-Wawanesa, Oakview, Pembina, Prairie Lakes, Riverdale, Sifton, Souris-Glenwood, Victoria, City of Brandon, Elton, North Cypress - Langford, and Whitehead .

For More Information:

Central Assiniboine Watershed District

205 Elizabeth Ave. East

Box 160

Baldur, MB

R0K 0B0

1-877-535-2139

centralassiniboinewd@gmail.com

www.centralassiniboinewd.ca   (to sign up for email updates)

Gaynor Family Library in Selkirk Manitoba Project

The Gaynor Family Library located within Selkirk Manitoba is a sustainable form of architecture
operating on geothermal energy and solar heating. The Gaynor Family Library had decided to
embark on a project to further their sustainable footprint by collaborating with the East
Interlake Watershed District.

The collaboration resulted in a partnership that aimed at increasing biodiversity and improving
storm water management within the landscape. The project also aimed at bringing members of
the community and professionals together with the intents of nature conservation while
concurrently acting as an educational platform for individuals living and visiting the East
Interlake Watershed District.

The first stages of the project included soil sampling and it was recognized that the soil lacked
nutrients as the soil consistency was that of white clay. The East Interlake Watershed District
however partnered with Compost Manitoba, a company that converts cow manure into
nutrient rich compost and decided to spread the manure and compost over the field near the
library. The compost and manure provided the soil with the nutrients it needed. However, the
East Interlake Watershed District Manager, Armand Belanger was rather hesitant that the
newly added nutrients would not be enough for the growth of native grasses and flowers.

Following the manure and composting, the East Interlake Watershed District laid down seeds of
20 different flowering plants as well as 7 native grasses. Fortunately, a rain fall had occurred
following the seeding and continued onwards for days. Allowing the seeds to successfully
germinate. The process of laying down the manure and compost was also intended to slow
down storm water being collected on the Gaynor Family Library roof.

A final management tactic included a traditional method of burning the landscape in order to
add more nutrients to the soil. This practice was performed by John Morgan, and the Gimli Fire
Department supervised the practice, adding a measure of safety. Shortly after, the landscape
sprang to life.

Many years later the site is bustling with life. The biodiversity in the area has undeniably
increased and includes hoards of crickets, monarch butterflies, grasshoppers as well as other
insects. Also, many varieties of flowers and native grasses such as milk thistle span the
landscape.

In order to meet the educational aims of the project, visuals in the form of signs were erected
around the landscape to educate visitors. The collaboration between the Gaynor Family Library
and the East Interlake Watershed District demonstrates that by working together we can
change the ecology of the landscape for the better.

Central Assiniboine Watershed District & City of Brandon Rain Garden Pilot Program

Written by Neil Zalluski, Manager Central Assiniboine Watershed District

With the City of Brandon partnering with the Central Assiniboine Watershed District program,
formally the Conservation District program, the Watershed District was considering introducing
urban programming. The Central Assiniboine Watershed District believed that implementing
urban programming would be extremely beneficial and benefit the entire Watershed as a
whole. After a discussion with surrounding Watershed Districts with larger urban centers, the
Central Assiniboine Watershed District had the idea to implement urban rain gardens on private
and civic property. The first rain garden was selected in 2016 and construction was completed
during the summer of that year along Patricia Avenue on private land. The second project was
implemented on civic property at the newly renovated Brandon Municipal airport.

The purpose of these projects was to promote the capabilities of the Central Assiniboine
Watershed in an urban center setting. After completing these projects, city staff and council
decided that it was beneficial to implement systems to reduce runoff. The results of the
projects were extremely noticeable especially during mid to large scale water events in which
the reduction of storm water runoff was evident. Following the severe rain events that
occurred in 2019, city staff and council decided that implementing rain gardens in partnership
with the Central Assiniboine Watershed District was undeniably necessary. City Council strongly
believed in the urban programming, and they invested more funds into the rain gardens then
their levy. The partnership program came to life in 2021 and a total of 8 private lot projects
have been completed.

Early in 2021, City Council members allocated funds for a rain garden program to help residents
manage storm water on their property. The City of Brandon partnered with the Central
Assiniboine Watershed District to aide in facilitating and implementing the cities first
Residential Rain Garden Pilot Program. The City was responsible for promoting the program and
pre-screening applicants while the Central Assiniboine Watershed District established criteria,
liaising between homeowners and landscapers.

The program was promoted city-wide within Brandon, Manitoba and 29 applications were
received. After initial site visits and infiltration tests were completed, 8 suitable properties
received a rain garden. All 8 of the suitable properties had a rain garden installed this past fall
2021. Pollinator friendly plants will be planted in spring 2022.

There are tentative plans for 2022 for the city of Brandon and the Central Assiniboine
Watershed District to continue this partnership as it is extremely important and beneficial to
everyone involved.

Manitoba Water Stewardship Technician / Agrologist (Part Time Contract Position)

Manitoba Water Stewardship Project

Position: Manitoba Water Stewardship Technician / Agrologist (Part Time Contract Position)

Location: Southern Manitoba

Term: TBD January 2022 – July 2023

Reports to: ALUS Canada

POSITION OVERVIEW

This position includes farmer engagement, and water-related stewardship information gathering for Alliance for Water Stewardship (AWS) standard implementation. The successful candidate will act as a liaison between farm and ranch participants, the project team and the project steering committee (made up of several multi-national agri-food sector corporations, ALUS, and the Water Council). S/he will support the delivery of implementation of the Alliance for Water Stewardship standard in southern Manitoba. This position will report to the Manitoba Water Stewardship Project steering committee.

This position requires a wide breadth of skills and expertise including agronomy, outreach and communications. It is a part time contract position. Travel is required to provide ongoing support to participating farmers and ranchers. Training will be provided on implementation of the AWS standard.

PROJECT OVERVIEW

The innovative and collaborative water stewardship project in the Lake Winnipeg Basin will focus on collective action in the agri-food supply chain for positive water outcomes and other environmental co-benefits. The project will engage farmers and ranchers to pilot the AWS standard in Manitoba, which includes identifying land and nutrient management opportunities for water stewardship and environmental outcomes.

The AWS Standard offers a credible, globally applicable framework for major water users to understand their own water use and impacts, and to work collaboratively and transparently with others for sustainable water management within the wider water catchment context. Implementers follow the steps and guidance in the AWS Standard to achieve good water stewardship practices that improve site water performance and contribute to wider sustainability goals. This project will be piloting the AWS standard implementation. Results from the project will inform scaling to other agriculturally intensive watersheds in North America. This project aims to:

  • Use a supply chain perspective to ensure AWS standard provides incentives to align farmer actions with positive watershed outcomes that mitigate water-related risks.

  • Liase with regional water-focused organizations and programs (e.g. AAFC’s Living Lab) to understand BMP water outcomes and incorporate research findings into the AWS standard implementation processes.

  • Link project analysis and outcomes to supply chain value, including for farmers, crop input providers, food processors and manufacturers (e.g., water related corporate needs/targets/objectives).

KEY RESPONSIBILITIES

  1. Farmer engagement, working closely with four to six farmers

  2. Implementation of AWS water stewardship standard: a. Development of watershed level water risk and opportunities analysis (drawing largely on existing stakeholder documentation) for AWS standard process.

  3. Identify need and opportunities for farm on-field and edge of field projects for second phase of the project (YR2 - project implementation is planned for spring 2022).

  4. Coordinate project team meetings

  5. Preparation of project reports and updates, 6. Regular communication with project leaders, regional partners and community members (esp. farmers).

SKILLS, ATTRIBUTES AND EXPERIENCE

  • University or college degree or equivalent experience.

  • 5+ years’ experience in an agronomy and/or management position (agricultural or environmental field an asset) • Professional Agrologist designation is an asset.

  • Background in or deep understanding of farming in the project region.

  • Understanding of field practices that support sustainable Ag outcomes (water, biodiversity, soil health, GHGs) • Practical understanding of ecological restoration and agricultural practices.

  • Outstanding communication skills.

  • Ability to interact with and engage with multiple stakeholders from multi-stakeholder groups.

  • Able to multi-task and handle multiple priorities with tight deadlines.

  • Time management and the ability to work independently.

ALUS ORGANIZATION DESCRIPTION

www.alus.ca

ALUS is a national charitable organization that helps farmers and ranchers build nature-based solutions on their lands to support agricultural and climate resiliency and increase biodiversity for the benefit of communities and future generations. ALUS operates in more than thirty communities across Alberta, Manitoba, Saskatchewan, Ontario, Quebec and Prince Edward Island. ALUS works with more than 1,100 farmers and ranchers who deliver ecosystem services in their communities, such as cleaner air, cleaner water, carbon sequestration, erosion control, flood and drought mitigation, pollinator and wildlife habitat. On more than 32,000 acres, these farmers and ranchers restore wetlands, install riparian buffers, plant windbreaks and ecobuffers, manage sustainable drainage systems, create pollinator habitat and establish other ecologically beneficial projects.

COMMITMENT TO EQUAL OPPORTUNITY

ALUS believes that all people are entitled to equal employment opportunity. It is the policy of ALUS that all personnel actions including, but not limited to, recruiting, hiring, training, promotions, compensation, benefits, transfers, layoffs, and terminations will be taken without regard to race, age, religion, marital status, sex, national origin, disability, veteran status, ancestry, sexual orientation or any other class protected by law. ALUS is committed to maintaining a work environment that is free of discrimination based upon any of these factors.

HOW TO APPLY

Please submit your resume and cover letter as one document with your name and “water stewardship project” in the title (Microsoft Word or Adobe pdf) to jobs@alus.ca by December 30, 2021. Only those candidates requested for an interview will be contacted.