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Field And Garden Flood Recovery

By Katie Nichols
 
Field and Garden Flood Recovery
 
Flooding causes destruction where ever it occurs. Often homes and businesses take the brunt of flood damage. Field and garden flood recovery are equally important in the aftermath of a natural disaster.
 
If your backyard garden was in a flooded area, chances are it lost some nitrogen and will need refertilization. It is important to wait several days before preparing a garden for planting. Avoid tilling or cultivation while the soil is still fairly wet.
 
Flood Recovery in Gardens
 
Transplants and seeds in a flooded garden likely rotted in the ground and will need to be replanted. Plants under stress from excess rain and flooding are more susceptible to disease. Avoid working with plants when they are wet. If plants with disease are discovered, remove and destroy them to avoid infecting other plants.
Plants in standing water for long periods of time, also known as “wet feet,” will result in stunting of plants, and yield and quality reduction.
 
Wet feet is a condition more severe in young plants or seedlings. Older, more established plants may be more tolerant of damage due to flooding. Plants will grow again if they were not too severely damaged, but will likely be stunted with a yellow appearance. After a flood, it is best to remove all fruits and flowers from the plant to encourage vegetative growth. This should help offset negative effects of flooding on the plant.
 
Damage can never be fully reversed. Plant roots absorb oxygen from the soil. Roots are unable to absorb oxygen and minerals when soils are flooded.
 
Flood Recovery in Fields
 
While flooding may cause soil fertility issues, one of the most prominent issues during a flood is soil erosion. Erosion control techniques used before the flood may not withstand floodwaters, but there are options for field recovery after the flood.
 
Surface-soil erosion causes soils to lose plant nutrients, lime and organic matter. The loss of nutrient-rich top soil may cause low production and increased fertilizer costs.
 
The best conservation practices are no match for flooded fields. Repeat soil sampling in flooded fields and follow recommendations to restore productivity.
Farmers should implement soil erosion prevention practices if they are not already in use, and repair soil conservation structures that were damaged.
 

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Sclerotinia and Lygus in Seed Canola: Field Update with George Lubberts, CCA | Enchant, Alberta

Video: Sclerotinia and Lygus in Seed Canola: Field Update with George Lubberts, CCA | Enchant, Alberta

Join Certified Crop Advisor George Lubberts for this Prairie Certified Crop Advisor (Prairie CCA) field update from Enchant, Alberta. In this 12th video of the series, George takes us into a seed canola field where the male rows have been removed and the female plants are filling pods. This video was taken in the third week of August 2025.

George discusses the early signs of sclerotinia stem rot, explaining how infection begins in the stem, impacts pod development, and leads to premature ripening. He also shares insights on lygus bug management, including timing of spray applications to minimize feeding damage and maintain seed size and quality.

With cool, damp summer conditions, George notes that while disease pressure is present, overall field health remains good. The crop is just beginning to show early seed colour change, signaling progress toward maturity.

Topics Covered:

•Sclerotinia stem rot identification and impact

•Managing lygus bugs in seed canola

•Crop stage and seed colour change observations

•Timing insecticide sprays for optimal protection

•Insights from a CCA field perspective in southern Alberta