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Xeriscaping is a conceptual form of
gardening that uses drought-tolerant plants and grasses to beautify a
home or business. The term Xeriscape was coined by the Front Range
Xeriscape Task Force of Denver Department in 1978 as a way to promote
water efficient landscaping. The name Xeriscape is a registered
trademark of Denver Water. The root word Xeros is from the Greek
language and means dry. Xeros was combined with the term landscape,
which means to modify land. Xeriscape gardening is varied and beautiful
no matter the location. It does not mean gardening with only cacti,
succulents and rock. It means to landscape a garden with plants that use
lesser amounts of water to help people lower their water bill and reduce
maintenance. If it were better understood, xeriscaping and drought
tolerant design would be practiced more often than it already is.
Xeriscape based design can be very beautiful and generally requires less
water, fertilizer, maintenance, and pest control than traditional
landscaping. And, of course, using less of these will save you time and
money. The principles of xeriscaping address the areas of slope, plants,
plant groups, watering methods, and soil. And because xeric design is
based on principles, shape and other design aspects can be based on and
used for any design style.
An environmental- friendly yard doesn’t merely offer a beautiful
landscape, it also becomes an asset to the environment, protecting
natural resources and preserving your area's unique beauty. Recognizing
that the home landscape is part of a larger natural system will help in
creating a environmental-friendly yard. Environmental friendly
landscaping can be considered an expansion of Xeriscape. An
environmental-friendly yard goes beyond Xeriscape, to better fit your
unique geography. It includes best management practices concerning
storm water runoff and living on a waterfront. A properly maintained
environmentally-friendly yard can help homeowners conserve water and
reduce pollution of water resources.
Native environmental friendly landscaping encourages the use of native
plants in landscaping. These plants are uniquely adapted to grow in your
area. Natives generally require little watering once established, and
are naturally pest resistant, which means less use of expensive and
toxic chemicals. So by using native plants we conserve water and reduce
pollution while maintaining a healthy landscape. The patterns of
sun and shade in your yard affect where plants will grow best. Shading
by trees can also play a big part in shrinking your energy bill.
Creating a environmentally-friendly landscape is
simple - but first you need to get to know your yard. Step back, look
around and take inventory of your landscape. Now is the time to learn
about your soil, drainage patterns, and the sunny and shady areas on
your property. Knowing these facts will make it easier to determine
which plants will work best in your landscape. When you evaluate your
site, remember that characteristics may differ depending on the
location, time of day and season.
The pH (acidity/alkalinity) of a property's soils will also determine
what plants are best suited for your yard. This isn't complicated, but
it is important to understand. In general, sandy coastal areas are
usually alkaline (high pH). Varying levels of pH on the same property
are also very common. Over time, features such as concrete slab
foundations, brick, mortar, plaster and other materials can affect soil
pH, because they leach alkaline compounds into the surrounding soils.
You can test your soil with a purchased kit or have it tested at the
County Extension office.
Drainage is another key factor
to getting the most out of your hard work and giving your xeriscape the
best chance to thrive. Understanding the way water drains from your yard
will help you determine the right plant for the right place. Note that
the low-lying areas on your property collect water naturally. If you
choose not to build up low spots that have slow drainage, you can use
those areas to your advantage by planting water-loving wetland plants or
cypress trees there. Of course, these plantings should not interfere
with swales. Swales, berms and retention areas play a key role in
collecting, directing, and filtering storm water runoff. These features
work together to protect property and neighborhoods from flooding.
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