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Use plants of the appropriate size and habit to avoid constant size. Use mulch to control weeds. See Mulch for the landscape (http://edis.ifas.ufl.edu/mg251). Group the trees in large, self-mulched beds for natural areas. Use fences and other hardscape elements to control the wild appearance of some native people. Sometimes, a structural element is all that is needed for a more neat look. Look at existing drainage patterns. Use ditches, dry wells, French drains, dry creek beds, berms and low retention areas to slow the movement of water and allow water to be retained on site , where the plants can absorb it.
In fact, a French drain does not require either an entry at one end. You can build the drain to accept the water along its length and disperse it underground. Anatomy of a French drain: A typical French drain consists of a perforated pipe – usually made of lightweight, flexible plastic – wrapped with a fabric sock to prevent dirt and grime. sand to plug the pipe. The pipe is buried in a trench andnded by approval. Water enters the pipe, from an entrance to an end, through the earth, or through long narrow grids spaced along its length, and is dispersed throughout the aggregate and in the soil. Install the pipe in a trench: Connect the lengths of pipe and place them on a bed of gravel.
Use symbols on the map to clearly convey plant information and allow for inclusion of details in the design. Figure 19-28 provides commonly used symbols. The trees should be drawn with transparent symbols so that the elements under the canopy of the tree can be seen easily. In contrast, ground covers can be dark or densely drawn because nothing is planted beneath them. Evergreen and deciduous trees and shrubs should be easy to distinguish graphically. The real test of good landscaping is to ask the following two questions: Using the fundamental design principles described at the beginning of this chapter and applying the results of steps 1-5, we can develop the final landscape design plan incorporating the design considerations. and plant selections.
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Integrate other water conservation design practices that effectively use water in the landscape : Applying good practices to conserve water also conserves the energy needed to provide that water. Landscape plants provide shade (protection against radiant heat), minimize air movement (insulation) and cool air by transpiration (evacuation of water from the leaves that evaporates). a process that consumes energy and reduces heat). The passive impact of a plant species on the conservation of energy depends on its size, be it deciduous or broadleaved, the shape of its canopy and the density of its foliage.
Relocate or remove plants that have been planted in the wrong place, especially large shrubs. They will not do well if they lack moisture, air circulation and space to grow. Group plants with similar water and soil requirements, and limit the use of plants that require a lot of water in the very small and highly visible areas of the garden. Typical areas include the main entrance door, the area adjacent to the pool enclosure or patio, or an entrance to the driveway. Plant more trees. They need less water once established and provide shade, which reduces the temperature and the evaporation of the humidity creating a pleasant microclimate.
Consider contour lines to slow down runoff, minimize erosion and allow water to seep into the soil. Design options for low-lying areas include the installation of an underground drainage system, the construction of raised beds, the leveling or planting of a rain garden. Overall, by addressing these environmental factors, we can create a model that is in harmony rather than conflicting with natural patterns. This strategy leads to a successful, attractive, low maintenance and environmentally friendly landscape.