Executive Director, AGSA Inc.
571 Willow Avenue, Unit 1
New Glasgow, NS B2H 2A1
Turf Disease Management in the era of reduced fungicide use.
The increasing restrictions on the use of conventionalsynthetic fungicides show a need for effective alternatives. Some ofthese alternatives include cultural controls, low-risk products,biological control agents, and activated resistance against diseases.Attend this seminar to learn about viable strategies for turf diseasemanagement with reduced use of conventional fungicides, and to assess ifyou would suffer withdrawal symptoms. This presentation will alsoprovide application rates and safety information of some of thealternatives.
This seminar will delve into the complex relationship between having a successful career as a golf course Superintendent and a personal life filled with meaning and presence. We will discuss the following:
- The various pitfalls and traps that foster poor decision making and lead to burnout
- Ways to build resilience and promote well being
- How these factors influence one's leadership style
- How these factors in turn work to build a workplace culture that thrives.
This will be an interactive afternoon where the attendees will be encouraged to reflect on their own journeys, discuss themes in a group setting, and share if they feel comfortable doing so.
The Bayer Necessities of Application 2.0
Efficacy Foundations 2.0. The curriculum will focus on how Superintendents can extract the most value out of the chemical component of their Integrated Pest Management programs. The content of the seminar is very comprehensive while being delivered at a grass roots level that is grounded in science. Participants will be introduced to Fungicide Phyto mobility, correct product placement with emphasis on understanding different formulation technologies and Buffer zone management. Tips and tricks will be shared with the goal to maximize efficacy of plant protection products in an environmentally responsible manner.
What is golf architecture relative to improving your course
With two decades of experience working to improve aged courses, golf architect Jeff Mingay talks about how he sees/analyzes existing layouts relative to making recommendations for improvement. Jeff also explains how golf course superintendents can employ the same lense and criteria to determine what's required to genuinely make their own golf courses better. Jeff will discuss opportunities at the teeing areas and why short grass always trumps rough, while also explaining that sand bunkers are overrated and only trees in the right places are necessary.
Sharing for Strength: What’s Working Around the Maritimes?
The best part of this industry is superintendents willingness to share information. As a sales representative, I get a unique opportunity to see successes, and sometimes failures, during my travels. This session will aim to share some of those stories with the hopes of helping attendees leave with some new ideas that they can put to use at their own facilities.
Nitrogen (N) and Potassium (K) fertilization strategies and considerations
Nitrogen (N) and Potassium (K) fertilization strategies and considerations. Attendees will learn about the N cycle, fate of soil K, understanding different formulation chemistries and when to apply, including correct doses based on time of year. The seminar will focus on fall nutrient application strategies that offer increased turf vigor the following spring with less winter damage. In addition, pest interactions with these nutrients will be covered.
Managing for soil biology in golf: Lessons learned over the years.
The biological approach to managing fine turf has been gaining momentum over the last few years. Taking theoretical concepts and applying them practically can sometimes be a challenge, with success not always being always a straight line. Alan will share the successes and setbacks he has seen out in the field, why he believes these things are happening, and what you can expect to see if you begin to implement some of these practices at your facility.
Seed Supply Issues: Causes and where do we go?
Back to the Basics: How to Optimize Your Fungicide Program
This talk will cover the primary aspects of developing a successful fungicide program by getting back to the basics. Fungicide programs can quickly become very complex with numerous products on the market and various disease management strategies to consider. Getting back to the basics of disease management with foundational principles like fungal biology and how fungicides work can simplify this process and help you optimize your fungicide applications and management strategies. This talk will also include other important components of building fungicide programs such as fungicide selection, target pathogen(s), application timing, pre- and post-application strategies, integrated pest management, and more.
Alternative Approaches of Suppressing Microdochium patch
This presentation will cover the research performed by the Oregon State University team over the past decade to suppress Microdochium patch in the absence of traditional fungicides.
Wetting agent chemistry for turfgrass management
Wetting agents (soil surfactants) have been a component of turfgrass management for several decades. After it was discovered that wetting agents improve water distribution though soil, wetting agent chemistries have been used to reduce hydrophobicity on golf greens, reduce water use in irrigation, distribute nutrients and pesticides, and reduce dew formation. During this presentation we discuss the chemistry behind wetting agents and how you should be using them for turfgrass management.
Turfgrass Insects- Preparing for this year and beyond.
“The 2021 season revealed that insect management in turfgrass is changing rapidly. This presentation will briefly discuss factors driving this change and keys to identifying insect damage in turfgrass, specifically around white grubs, European cranefly, and annual bluegrass weevil, and their respective life cycles. Additional emphasis will focus on preventing damage through scouting and properly timed insecticide applications.”
Organic matter monitoring in golf greens
Developing a holistic insect management plan for turf pests of the Maritimes
Atlantic Canada’s turf insect pest landscape has changed dramatically in the last 10 years. During this period, turfgrass managers have seen the arrival of annual bluegrass weevils and European chafers, as well as the resurgence of pests like leatherjackets (European crane flies), ants, and chinch bugs. Within the same period, the insecticide landscape has changed greatly as key active ingredients have been deregistered and the new ones discovered and developed. In this presentation, Dr Ben McGraw of Pennsylvania State University will provide a comprehensive overview of the most devastating turfgrass insect pests affecting golf courses in Atlantic Canada and their management. This presentation will emphasize the importance of understanding pest biology and ecology to identify weaknesses in pest lifecycles and develop strategies that will increase the turfgrass manager’s probability of successful control. An update on Penn State’s biological, biological, and chemical efficacy trials will be provided for each pest species or complex. Finally, we will examine what a year-long pest management strategy would look like from a budgetary standpoint, then look to see where multiple pests may be controlled simultaneously or where inputs may be reduced.
New (and new-ish) chemical and biological insecticides for turf insect pests of the Maritimes
In this presentation, Ben McGraw, Ph.D., of Penn State University, will present an overview of some of the more recent chemical, biological, and biorational insecticide products that have become available in Canada. Several new reduced risk insecticides have been registered in the last few years, but still confusion remains surrounding their optimal use and target pests. The talk will focus on the use of these products for control of Atlantic Canada’s major pest complexes. The impact of these products on control programs as well as the latest research that is being conducted at Penn State University and other universities on these products will be discussed.