If you're ready to change the way you manage your lawn's care There are methods to do it without the use of harmful chemicals. These methods are safe for you, your family and pets as well as the natural environment.


organic lawncare methods emphasize the importance of cultural control such as aerating and mowing high. These help to fortify grass' natural resistance against weeds. They also encourage earthworms to aerate and leave castings that boost microbial activity as well as reduce compaction.


Improved Soil Health



Healthy soil is a good source of an array of microorganisms which digest and convert nutrients into soluble foods that plants' roots absorb. A lawn that has high levels of beneficial organisms is more resistant to diseases and pests.


Water retention is also improved by soil health. This helps the system to be more resilient to drought, and less vulnerable to water shortages.


Organic fertilizers are naturally biodegradable, and offer the right amount and quality of key nutrients such as nitrogen (N) and potassium (K) and Phosphorus (P). They release them slowly over time, which leads to healthier soil and roots.


A soil test is the most effective way to determine the amount of nutrients your soil requires. It is free and can be obtained at any University of Rhode Island Extension Center. A soil test will identify any deficiencies in nutrient levels and inform you how much you need to apply to a specific organic nutrient, mineral or biostimulant.


Less Fertilizing



Synthetic fertilizers (also called chemical fertilizers or inorganic fertilizers) were developed after WWII to increase crop yields. They are usually made from natural gas, rock fragments, or nitrogen gas.


When applied to soil, inorganic fertilizers quickly offer nutrients in the form of nitrate or ammonium Ions. These Ionic forms of nutrients are readily available to plants for immediate use which can lead to rapid growth and greenery.


Over time, chemicals may alter the PH balance of the soil and lead to toxic accumulation of certain nutrients. They can also cause soil structure and dehydration that can lead to a loss of nutrients and water.


Organic fertilizers feed the soil by improving its structure and the capacity of it to hold water. Organic fertilizers may boost soil microorganism activity which is vital for healthy soil. This will in turn improve the health of plants and reduces the need for weeding.


Less Weeds



When your lawn is chemical-free, weeds are less likely to grow. It is also safe for children and pets to play on.


A lawn that is weed-free will be more sustainable in the long run. When chemicals are used to control the weeds, they take away the soil's natural ability to combat weeds.


The weeds will begin to outcompete healthy grass, causing problems like crabgrass and dandelions.


It's also recommended to cut your lawn a bit higher than normal and then cut off more leaves at a time so that the grass's roots can replenish them with food reserves.


Another effective way to fight weeds is to add organic mulches to the soil. The addition of organic mulches to the soil with straw or bark mulch and grass clippings can keep weeds away and add nutrients.


Better Water Retention



The soil of a chemical-free lawn is more able to retain and drain water because it has more organic matter than in a soil that is heavily fertilized with synthetic fertilizers. This stops runoff from contaminating groundwater and surface water and also animal habitats.


Healthy soils are also beneficial to the environment since they help to hold carbon in the atmosphere, which is a key bulwark against climate change. In addition healthy soils are full of beneficial microbes that break down and release nutrients from garbage products.


This makes the lawn more self-sufficient as the nutrients it requires can be stored and used when necessary. A healthy lawn may also benefit from an analysis of the soil to determine if the soil is lacking in essential minerals. This can be easily remedied through the use of mineral supplements. They can be made from natural sources, such as seaweed extract or fish oil, kelp fish emulsion or plant hormones.