Learning more about how yard structures can impact the climate of the garden will help growers make the most of their plantings. From topographical to man-made structures, there are numerous factors that can impact temperature in the garden. The presence of various bodies of water, for example, is just one factor which can significantly impact the microclimate of an area. Read on to learn microclimate pond conditions.
Do Ponds Create Microclimates?
While it may be obvious that many larger bodies of water like oceans, rivers, and lakes can impact the climate of nearby land masses, homeowners may be surprised to find that microclimates in ponds can also impact the temperature of the nearby garden. The maintenance of natural ponds or the creation of small ornamental ponds in backyards has become increasingly popular. While these bodies of water are often used as a beautiful focal point in the yard, they can also be quite useful in creating a microclimate. Pond conditions throughout the growing season, regardless of the size, can help regulate temperatures within the small space.
How Microclimates Affect Ponds
Microclimates in ponds depend greatly upon the amount of water present. Ponds and microclimates have the ability to warm or cool areas within the yard depending upon the location. Water has an exceptional ability to receive and maintain heat. Much like concrete sidewalks or roadways, the heat absorbed by backyard ponds can help maintain a warmer microclimate in the surrounding area. In addition to providing radiant warmth in the garden, ponds can also produce heat through reflection. Though microclimates in ponds can definitely help to improve heating in the garden, they can also provide cooling during the hottest parts of the growing season. Air movement over the pond can help cool areas near the surface of the water and provide much needed humidity in regions that are especially dry or arid. Regardless of the type of pond, these water features can prove to be a valuable asset in creating a microclimate that is well adapted for heat-loving plants, as well as perennial flowers which may need extra warmth throughout cooler portions of the growing season.
