How can ducks be used in sustainable agriculture?
Katrina Poquette Natalie Lambert Zach Cherry
A primary reason ducks have been introduced to farms in the past is because of their pest control ability. They forage for insects that can be damaging to the garden such as slugs, snails, and beetles. A study done by the Department of Agriculture in Malaysia, published by the crop protection journal, on the potential for ducks to control the golden apple snail in irrigated rice proved effective. The golden apple snail is a pest for rice because they eat the young rice plants by cutting the rice stem at the base which ends up destroying the whole plant. This natural method of control not only benefits the plants in the garden but also the ducks as the insects are a source of food for them. In addition, ducks offer a source of entertainment. They are animated creatures that bring animation to the farm.
Ducks have varying cultural values across the globe. Often times duck flocks are managed and harvested for meat, and egg production. Ducks were originally domesticated as early as 4,000 years ago in Southeast Asia (FAO, 2010). Commonly, ducks are bred together with rice. They use their feet to dig up weeds, in the process oxygenating the water and strengthening the roots of rice plants.Instead of using chemical pesticides, they are a great alternative for organic fertilizer and competitors for insects, predators, and rice weeds. This method of integration is low-cost and labor-saving, reducing environmental impacts and increasing food security at the local and regional levels.
In the United States, ducks are used similarly for their fertilizing and pest control abilities but for different types of crops. A great example of this takes place with the Cornell Small Farms Program. They grow shiitake mushrooms using agroforestry practices, meaning they grow crops underneath the canopy of an existing forest and integrate livestock. The ducks are responsible for the mushroom's health by eating damaging slugs off the plants. Additionally, duck manure helps regulate healthy soil quality. Duck meat is also seen as a delicacy here, some farmers may harvest part of their flocks for meat, yet this is still not as popular compared to Asian cultures. (Cornell Small Farms, 2014)
Depending on the season and which crops the SAP is growing at a time, pest management is always a top concern. By creating an environment ducks are naturally drawn to, this can prove to maintain the health of many crops. Ducks pest management skills can expand to invasive species as well, as Michigan is recently at threat to spotted lantern flies, which ducks eat. While both fertilization and protecting the potential biodiversity of local farms, ducks are an economic asset to be utilized.
A short informative video by MSU
If we want a suitable habitat for ducks at the SAP farm, we first need to build a decent size pond with visible water. Clear water allows aquatic plants, aquatic snails, and several aquatic insects, which are primary foods for ducks to feed on. We don't need to build a massive body of water to attract ducks a 20 x 30 pond will do just fine. Once it's okay from the SAP farm, we can start the production of the pond by gathering materials to start the job and gathering some beneficial plants, like pondweed, southern naiad, wild celery, wigeon grass, coontail, and milfoil.
Building a pond may also sound easy. However, it`s a whole lot greater complex than you think. A lot of time, effort, and cash are worried on creating an appropriate habitat for wild ducks. Before constructing the pond properly, we want an expert on the SAP farm to guide us to the best possible spot for the pond. The SAP pond desires enough daylight and shade to keep the plants alive and the water cool to keep algae under control. No matter how small or large the pond is, we want a dependable water supply so that after the water evaporates, we have a collection of water flowing through at all times. Take into attention that even as we construct the pond on the SAP farm, we may want to save a variety of cash by using the substances we dig up to put right back into the pond, including rocks, soil, and sand. Building a pond can range between $2,000 to $7,000 depending on how big you want it to be. Our price range to construct a 20x30 pond is around $4,000, so my group and I come in along with the agricultural department of GVSU to advertise volunteer work for any college or non-university scholar to help not onlybuild our college a duck pond for educational and agricultural functions but so that we save money for the later future of the pond.
Triple Bottom Line
Those working or visiting farms can benefit from the presence of ducks because of their personality; they could be thought of as a mood booster. Studies done through the University of Warwick in England proved that happier people have 12% greater productivity. This could be beneficial to the work being done at the farm if the workers are happier due to the existence of the ducks. Thinking a little more big picture, more productive workers paired with more productive plant growth due to the fertilization and pest control provided by the ducks can benefit the people of nearby communities as they may be the consumer of the harvest from the farm.
The free fertilizer that ducks provide supports healthy soil. The soil health is crucial to supporting plant growth and productivity for the future of the farm and the planet. Ducks can be widely applied to many areas with some nearby water system. They can serve for both human consumption or as a member of ecosystems as grazing power houses. They will focus on insects and pests over your crops in your garden.
Ducks ability to control pests in the garden is a financial gain due to the fact that those working at a farm would not need to put in as much time, effort, or possibly money to control the pests themselves. In addition, the manure produced by ducks provides a source of fertility for gardens which could lead to greater productivity.
References
Lewis, P. (2012). Ducks as Effective (and Entertaining) Pest Control. Ecorpo.
Teo, SS. (2001). Evaluation of different duck varieties for the control of the golden apple snail (Pomacea canaliculata) in transplanted and direct seeded rice. Crop Protection. (20). 599-604.
https://www.sciencedirect.com/science/article/abs/pii/S0261219401000291?via%3Dihub
Charbonneau, Jordan. (2020). Pros and Cons of Gardening with Ducks. Southern Exposure.
Oswald, AJ., Proto, E., Sgroi, D. (2015). Happiness and Productivity. Journal of Labor Economics. (33). 789-822.
https://www-journals-uchicago-edu.ezproxy.gvsu.edu/doi/10.1086/681096#d261737e1
“Duck Revolution.” Schwab Foundation for Social Entrepreneurship, 2013,
https://www.schwabfound.org/awardees/takao-furuno.
“Ducks with a Purpose.” (2014), Cornell Small Farms, Cornell College of Agriculture and Life Sciences
https://smallfarms.cornell.edu/2014/04/ducks-with-a-purpose/.
Food and Agriculture Organization of the United Nations. (2010). Ducks ,Livestock Systems, Food and Agriculture Organization of the United Nations.
https://www.fao.org/livestock-systems/global-distributions/ducks/en/