Scottsbluff, Neb. — 21st Century Equipment is proud to announce the appointment of Keith Kreps as President, effective July 1, 2025. Kreps steps into the role following five years as chief operating officer and brings more than two decades of executive leadership experience in the agriculture equipment industry.
Timely rains in June have brought some much-needed relief to Alberta’s crop producers, particularly in the Central, parts of the Southern, and North West regions. While conditions have improved significantly in recent weeks, it’s a mixed bag across the province — and farmers in the Peace Region are still waiting for a true turnaround. As of June 30, provincial crop conditions are sitting at 61% good to excellent. That’s a full 11-point jump from mid-June, though still trailing the 5- and 10-year averages by 8 and 6 points, respectively. Spring cereals are ahead of schedule, with most regions reporting progress that surpasses typical benchmarks. In the South, cereals are already heading out, while Central and North West areas are mostly at the boot stage. Broadleaf crops like canola, dry peas, lentils, and mustard are flowering earlier than normal across the board — a positive sign, but one that hinges on moisture availability through the critical reproductive stages. Surface moisture
Manitoba Canola Growers Association (MCGA) is proud to announce the recipients of the 2025 high school scholarship program, awarding five $1,000 scholarships to graduating students in Manitoba. This year’s recipients are heading into a variety of academic paths, from nursing to engineering, but all share a strong connection to rural life and caring for the land. Whether headed to large universities or faith-based institutions, each student expressed a passion for contributing to their communities and pride in their agricultural roots. The 2025 MCGA scholarship recipients are: Addison Bruce, Miami, MB: Bachelor of Science Sarah Krahn, Rivers, MB: Pre-Nursing, Bachelor of Science Addison Schmidt, Elm Creek, MB: Briercrest College and Seminary Makenna Sumner, Neepawa, MB: Bachelor of Science Trent Tomoniko, Franklin, MB: Bachelor of Science in Engineering “The talent and dedication we saw in this year’s applications were truly inspiring,” says Warren Ellis, Chair of MCGA. “These st
Growing conditions throughout Saskatchewan continue to vary. Rainfall and warm temperatures in some areas are allowing crops to progress nicely, while other areas continue to experience dry conditions which is stressing crops and leading to rapid development. There was less rainfall last week than the week prior, with the Hanley area receiving the most in the province with 44 millmetres (mm). The Serath area received the second highest rainfall with 33 mm, followed closely by the Lampman and Semans areas with 32 mm and 28 mm, respectively. Other areas received much needed rainfall, but producers are hoping for more in the coming weeks. Limited rainfall in many areas has caused soil moisture levels to drop since last week. Currently, provincial cropland topsoil moisture is 55 per cent adequate, 33 per cent short and 12 per cent very short. For hayland, topsoil moisture is 43 per cent adequate, 38 per cent short and 19 per cent very short. Finally, moisture levels in pasture topsoil is
Why is this research important for Alberta ag? Wireworm is a serious pest for many growers, particularly in the Prairies, where there are 3-4 dominant species. The damaging larvae live for several years in the soil, feed on multiple crops, and have patchy distributions. For these reasons, wireworm is difficult to monitor, and no economic thresholds are currently available. As new chemical seed treatments enter the marketplace, there is an obvious need for a decision-making framework for wireworm management to help producers with questions like if and when to invest in chemical seed treatments. Since wireworm is the primary reason that cereal seeds are treated with insecticides on the Prairies, the information gathered from this research can potentially reduce unnecessary pesticide use. This research will explore the possibility of using overhead imagery to detect wireworm damage patches, how damaged patches differ from undamaged areas, and methods and intensity of sampling needed to
