Category: Greenkeeping

February 1, 2026

Phosphite and Disease Resistance

Phosphite (PO₃³⁻) is a reduced form of phosphate (PO₄³⁻), the familiar phosphorus source in traditional fertilisers. Although the two compounds are chemically related, their behaviours in plants and soils differ significantly. Phosphite is highly soluble and readily absorbed through both roots and foliage, making it a highly efficient delivery mechanism for phosphorus-related benefits, including disease and pest resistance, acting as a trigger for some of the plant's remarkable natural defence mechanisms.

January 29, 2026

Fix your bowling green step1.

I genuinely believe that it's possible to come up with a formula to fix your bowling green, regardless of it's current condition. This is due to one over-riding fact that I've discovered after looking at literally hundreds of greens. They are all at some stage of what I've termed the Circle of Decline. The critical factor in making this possible is simple. You must know what you are dealing with and there is no way to find that out without carrying out some hand dirtying investigative work. So let's get dirty!

January 28, 2026

Winter Greenkeeping Strategies

Winter Greenkeeping Strategies have to a large extent been based on preventative fungicide, putting the green to bed and hoping for the best. This overlooks the huge opportunity greenkeepers have to make a real difference through applying some sound Winter Greenkeeping Strategies right through the closed months.

January 27, 2026

Grass Seed Mixes; 80/20, 60/40, 40/60? What’s the Difference and Why does it Matter?

I am frequently asked about the difference between our 80/20, 60/40 and 40/60 Premium Fescue/Bent Grass Seed Mixes. On the surface, it might just look like a simple percentage change, but there’s quite a lot going on behind those numbers that can affect both the long-term performance of your green and the cost of the mix.

January 25, 2026

Fungi, the Bogeymen?

The highly sandy nature of many bowling greens and the historical routine use of fungicides of course means that the fungal community is at best compromised. However, we can encourage they're development by providing bio-stimulants. These are typically long-chain sugars such as—kelp, humic acid, and molasses derived bio-stimulant materials. In fact, trials have shown that spraying Trichoderma fungi (a natural Fusarium suppressor) with 20 litres of a biostimulant such as Molturf per hectare extended its protective activity for over five weeks. Even at lower rates, molasses is a highly effective and underutilised biostimulant.