This week I thought I would take some time out to address some of the questions that have led site visitors here from the search engines. We did this for a week last autumn and it was very successful with a lot of good feedback from readers.
The first one stood out to me as it seems to be a very common issue around the country and is really very simple to fix. We have a had a variety of different questions centred on greens becoming slippery.
The great debate about green speed has raged on since the beginning of the game. But what are the factors known to affect green speed?
In order of their impact on green speed these are the top 7 factors that you should bear in mind. Obviously there are others such as weather patterns, level of play etc, but these are largely out of the greenkeepers control and in any case do not figure highly in green speed management.
In the rush to get the green ready for the new season, its sometimes easy to overlook the small and seemingly less significant jobs around the green.
However, these can be very important and can save you a lot of problems later and they help make the place look, play and feel better for opening day.
If your green maintenance budget was cut in half this year what would you do?
Most clubs when faced with cuts to the greenkeeping budget, will try at all costs to keep the most important work in the plan. Unfortunately, important frequently gets confused with dramatic, which means that the big expense of top-dressing in the spring and autumn usually stays in the plan and I wish it didn’t for all the reasons I’ve explained over many articles.
Meantime, the work deemed less important and which of course is less dramatic is often sidelined or dropped as a result of a fear of what might go wrong if the big, sexy stuff is missed. These big jobs “must be doing a lot of good”, or so the thinking goes, because they’re so expensive and disruptive?
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.
