Maximum Yield USA August/September 2019 | Page 52

Are You a Microclimate Gardener? Think microclimate gardening is a potential hassle? Not so. Actually, you may already have a robust strategy in place… in your lawn. Lawn seed blends offer a variety of cultivars of a particular grass, or a selection of complementary grasses. They’re designed to thrive in different growing environ- ments, like a shady location under a tree, the dry spot by a mailbox, or the high-traffic area in a tree lawn or along a driveway. These various grasses work together to provide uninterrupted coverage, even in challenging circumstances: where one grass dwindles, another flourishes. This is an example of savvy plant selection based on the anticipated microclimates in a particular landscape. Tools and Tips Although microclimates have an influence on your garden throughout the year, spring and summer are the prime growing seasons. This makes the microclimate characteristics impacting them a huge factor in the health and productivity of your garden as a whole. Now that you know a little about how microclimates can work for you, let’s take a look at some useful diagnostic tools. The 21st century is a great time to be a gardener if you like widgets and thingamabobs that make information gathering easier. The old ways are just as effective, though. Using wind socks and testing the soil’s composition by taking a little nibble will still do the job. If you’re in too much of a hurry to spend an afternoon watching the grass grow, or just love gadgets, here are some suggestions: “ While you’re in the thick of performing gardening chores this season, start noting how microclimates work in your landscape.” • Moisture meters — These instant-read probes check soil moisture and often include a pH analysis. • Sun meters — Sun meters are particularly useful in determining whether a northern exposure, or typically shady spot, is getting enough light to sustain plants. Some are instant-read, while others take up to 24 hours to process and summarize their readings. Included in this group are photosynthetically active radiation (PAR) light level meters designed specifically to measure PAR in the 400-700nm color range which is essential for plant photosynthesis. • Sun Seeker/Identifier Apps — A sun identification app will give you a 3D view of the sun’s solar path across your property, together with data-like rise and set times and solar direction for each daylight hour. It can be a good planning tool, especially if you’re installing a new garden or reworking one after a major renovation. • Wind Speed Gauges — If you think the breeze whistling through your side yard is moving at a pretty fast clip, maybe fast enough to dry out your prized roses, you can find out for sure using a handheld wind gauge that will also give you wind temperature and direction. Wait a few months, and the right unit will provide you with wind chill readings, too. • Weather stations — Where the tools above gather specific but limited information, weather stations are designed to consolidate a number of weather related readings into one device. They’re as close as you’re going to get to a weatherman reporting from your backyard. A weather station is more expensive than a one-trick tool, but it’s also more convenient to use. Here’s why: a basic wired unit will often include information about precipitation, humidity, wind speed and direction, and ambient air temperature. High-end options can do all that plus deliver the information through a wireless network, or Bluetooth connectivity, to an indoor weather monitor. That way, you can view the data from the comfort of your couch, or in some instances, from a remote device like a tablet or smartphone. If you’ve ever seen a tiny whirlwind of dead leaves spring up in a doorway, or scour a gutter of dirt and grit, you know the vagaries of weather can be small, but surprisingly powerful, and efficient. Understanding how they work in your landscape can help you make the most of your gardening story by developing a plot that’s worthy of your time and effort. 52 Maximum Yield