Posts

In this post I’ve got something new and something old. Something new First, the new. I am going to start using a standard unit of mL/m2 to express the clipping volume.

This is an interesting story about a common grass that rarely appears in a lawn as just a single species – as a monostand. But at an especially high profile location in Bangkok, the lawns are almost pure javagrass (Polytrias indica).

I’ve recorded the narrative for another set of presentation slides. These are the slides I used for my presentation on this topic in Moncton last month. The audio I recorded today – this is what I talked about during that presentation.

That’s what Jon Scott wrote to me on October 7, 2014, after I shared the slides from my shade talk at the Northwest Turfgrass Association conference. We’ve been having a back and forth about this ever since.

A few years ago I saw Julia Silge’s post on Ten Thousand Tweets. I thought that was an interesting analysis, and I made a note to do a similar analysis once I had sent 10,000 tweets.

I enjoyed the article about growing degree days in the Australian Turfgrass Management Journal. Dan Cook wrote about our discussions of this and how it has been implemented at Elanora Country Club.

Topdressing. Mowing. Irrigation. Fertilizing. Fungicides. All these maintenance practices should produce good turf, right? They usually do. But have you ever seen a situation where the most intensively maintained turf on a property ends up with substandard conditions?

After a long trip – this one to start the year was a particularly long one for me – I usually have some passages or topics to look up in my library when I get home.

I was wondering when it usually rains in Bangkok. The climatological normals for Bangkok show that there is a six month dry season from November to April, in which the average precipitation in each month is less than 100 mm (4 inches).

This is an excellent question: “I attended your presentation at the [omitted] conference and had a question regarding MLSN. In the equation a + b - c = Q it’s the “a” part of the equation I am having trouble with figuring out how to arrive at that number.