Water
The first step to the
design, which considered the site and the landscape’s goals and
objectives.
A soil analysis was completed and organic matter was added to enhance
drainage and moisture retention.
Well adapted, healthy plants were selected and grouped into hydrozones.
Hydrozoning a landscape involves grouping plants together according to
their water requirements.
Practical turf areas of manageable sizes and shapes were created in
areas where they provided a functional benefit.
Trees and shrubs were strategically planted to reduce runoff and
minimize erosion.
Mulches were used in shrub and perennial beds. Mulches conserve soil
moisture and increase soil nutrients.
Irrigate efficiently – not excessively. The
properly designed system that applies the right amount of water at the
right time for each hydrozone.
can be found at the Utah DEQ website.
Gravel surfaces and concrete pavers were used, which allow storm
water to penetrate into the soil. This reduces run-off and erosion
and helps filter excessive nutrients. High nutrient loads from home
fertilizer use can upset the balance in the storm water-fed ponds.
The roof is used as a water collection agent. Rain water is stored in a
rain barrel and used for irrigation purposes.