Lowering your carbon footprint is often as simple as altering a couple of decisions inside your maintenance routine. Which includes the place you have to visit or from (for grounds maintenance), overall landscaping strategies, selecting the best plants, and growing plants in your area.
Location
The defining factors are where plants and landscape materials are ordered, distance needed for travel time, and frequency of maintenance. Travel distance includes overseas shipment of special plant orders and materials too.
Landscaping
Developing a landscape that reflects your native habitat and reducing the quantity of non-native plant material on your lawn can diminish your general effect on the nearby landscape. Installing drip irrigation and rain collection systems can help to eliminate your water consumption while reuse natural sources. Hardscape materials decrease the effect on your landscape by utilizing permeable pavers or any other pervious surfaces, allowing water to infiltrate in a consistent rate. Additionally they decrease the quantity of turf or planting that should cover your lawn area, lowering watering use and maintenance costs. Another strategy is to get rid of all non-native species and replace individuals with native flora.
Plant material
Selecting the best plant material and maintenance strategies for your house can lead to some more efficient use of your energy and overall energy consumption. A combination of native grasses can help to eliminate your time and effort allocated to watering, weeding, mowing and feeding. Studies performed in the Lady Bird Manley Wildflower Center (situated in Austin, Texas) prove that mixtures of native grasses can out-perform bermuda, zoysia, and combination of zoysia and blue grama grass. Maintaining healthy plants also lead to producing more carbon filtration inside the atmosphere. Installing sturdy trees around your house offsets the expense for heating or cooling through the seasons. Organic fertilizers are another method for you to treat your plants yet limit negative impacts around the atmosphere.