I’ve written about getting around the golf course on a sulky, but an even more common method of transport is the kei truck.
It’s convenient to use kei trucks.
A kei truck easily transports two people and two walking mowers, plus clipping volume buckets and other accessories, like the ramps that are used to roll the mowers into the bed of the truck.
Bill Kreuser shared a fascinating update from one of the experiments he is conducting this summer.
I wouldn’t have expected to see such a big difference in growth rate with a mowing height difference of 0.
Last week I had a couple conversations about green speed.
Green speed and surface hardness My column in the June 2018 issue of Golf Course Seminar magazine discusses the relationship between effective mowing height and green speed.
Yesterday I responded to two questions related to carbon emissions associated with electricity generation. This was part of a broader discussion started by Jason Haines about small electric autonomous mowers.
A full year of putting green clipping volume measurements looks like this.
Well, it’s like that with a number of caveats. This is what it looked like:
at this location 21° N latitude with seashore paspalum turf managed the way it was with the weather of the past year growing in the soil conditions of this site irrigated with this water etc.
When I led a seminar in Idaho last month about Turf Around the World, I wanted to show a map of the flights I’d taken this year. I didn’t have a map to show then, however, because of some software problems.
Here are data from 903 measurements I’ve made from 2011 to early 2021 excluding all tournament measurements.
Table 1: Number of measurements and median green speed in feet, by species. Data from 867 stimpmeter readings by Micah Woods excluding tournament measurements.
Golf course putting greens are covered with many types of grasses. I’ve written about my skepticism that adding Si will increase green speed in 3 posts on the blog (post 1, post 2, post 3), and I’ve done so in reference to Zoysia matrella greens which are known for the high silica content of the leaves.