How to Aerate a Lawn at Bunnings: Tips to Fix Patchy Grass Easily

To aerate your lawn, buy a lawn aerator from Bunnings. You can use a manual corer or aerator sandals like Saxon Lawn Aerator Sandals. Aerate in spring or autumn for the best results. Make holes 1–2 cm deep to improve soil drainage. After aeration, fertilize to enhance lawn health and support grass growth.

Next, prepare the lawn by mowing it to a shorter height. This allows for easier access to the soil. Consider aerating when the soil is moist but not overly wet. This timing ensures the aerator can penetrate the ground effectively.

After aerating, fill the holes with high-quality topdressing soil or compost. This process helps replenish nutrients and encourages new grass growth. Water the lawn lightly afterward to encourage seed germination and an even distribution of nutrients.

These simple steps can rejuvenate your lawn and address patchy grass issues. After aeration, consider overseeding the area with the right grass type. This addition will enhance your lawn’s appearance and health, providing further solutions for a lush outdoor space.

What Is Lawn Aeration and Why Should You Consider It for Your Lawn?

Lawn aeration is the process of perforating the soil with holes to allow air, water, and nutrients to penetrate deep into the roots. This enhances root growth and overall lawn health.

According to the University of Maryland Extension, lawn aeration improves the uptake of oxygen, water, and nutrients. This process not only relieves compaction but also promotes a healthier and stronger root system.

Lawn aeration effectively reduces soil compaction, improves drainage, and encourages effective water absorption. It also allows grass roots to grow deeper, leading to a more robust lawn. Over time, aeration can increase the density of the grass, leading to a thicker lawn.

The National Association of Landscape Professionals further highlights that aeration is essential for lawns that experience heavy foot traffic or poor drainage. It is particularly beneficial for clay soils, which can become compacted easily.

Several factors can contribute to the need for lawn aeration. Frequent foot traffic, heavy clay soil, and excessive thatch buildup are common reasons for compacted soil. Environmental conditions, such as heavy rainfall, may also worsen soil compaction.

Statistics show that properly aerating your lawn can increase grass density by up to 50%. The University of Georgia notes that consistent aeration can extend the life of your lawn and improve its resilience against drought.

Ultimately, lawn aeration contributes positively to soil health, enhancing plant performance. It supports a vibrant ecosystem, beneficial microorganisms, and stronger grass growth, impacting the overall environment.

Lawn aeration affects various dimensions: health, by improving air quality; environment, by promoting biodiversity; society, by enhancing aesthetic values; and economy, through increased property value.

For instance, a well-aerated lawn may reduce the need for chemical fertilizers, leading to lower costs and reduced environmental impact. Homebuyers often value a lush lawn, reflecting positively on property prices.

To address lawn health, experts recommend aerating at least once a year, particularly in spring or fall. The Lawn Institute suggests using core aerators to maximize effectiveness.

Adopting practices like regular mowing, overseeding, and maintaining proper watering routines can help improve lawn conditions. Technology such as soil moisture sensors can guide watering schedules to maintain optimal moisture levels.

How Can You Identify If Your Lawn Needs Aeration?

You can identify if your lawn needs aeration by observing signs like compacted soil, poor drainage, and thinning grass.

Compacted soil is a clear indicator of the need for aeration. When soil particles are tightly packed, they restrict root growth and reduce air spaces. A study by the University of California Agriculture and Natural Resources (2021) suggests that soil compaction can reduce turfgrass root depth significantly, impacting overall lawn health.

Poor drainage can also signal a need for aeration. If water puddles on your lawn rather than soaking into the ground, it indicates the soil is not absorbing moisture effectively. The Iowa State University Extension and Outreach (2019) states that aerating soils can alleviate drainage issues by breaking up dense layers of soil.

Thinning grass is another key warning sign. If you notice bare patches or a general decline in grass density, this could be due to compacted soil limiting root growth and nutrient access. The USDA Natural Resources Conservation Service (2020) indicates that aeration promotes healthier roots and improved growth, thus enhancing lawn thickness.

Additional signs include heavy foot traffic impacting grass health, an increase in thatch buildup (a layer of dead grass and roots), and general plant stress such as yellowing or wilting grass. Each of these factors can hinder overall lawn vitality, making aeration an essential practice to combat health declines.

What Are the Signs of Compacted Soil Indicating Aeration Is Necessary?

The signs of compacted soil indicating aeration is necessary include several distinct characteristics that affect plant health and growth.

1. Poor drainage
2. Low plant growth
3. Soil crusting
4. Compacted surface
5. Water pooling
6. Excessive thatch build-up

These indicators reflect various aspects of soil health and plant vitality. Understanding these signs helps in determining when to aerate the soil for optimal growth conditions.

1. Poor drainage: Poor drainage in compacted soil leads to water accumulation, making it difficult for roots to access necessary moisture. This condition can create a habitat for root rot and other diseases. Research by the University of Florida suggests that lawns with compacted soil can experience a 30% reduction in water infiltration rates.

2. Low plant growth: Low plant growth occurs when plants struggle to establish a strong root system in compacted soil. This leads to weak, shallow roots. A study by Penn State College of Agricultural Sciences found that lawns with compacted soil can yield up to 50% less biomass compared to well-aerated soils.

3. Soil crusting: Soil crusting happens when small soil particles are compacted together, forming a hard surface layer. This layer inhibits water penetration and seed germination. According to research from the USDA, crust formation can drastically reduce both the infiltration rate and the ability of crops to establish themselves.

4. Compacted surface: A visibly compacted surface can be a clear sign that aeration is needed. This surface is often hard and resistant to penetration. An observation from the University of California indicates that compacted surfaces can lead to uneven lawn surfaces and require more effort for maintenance.

5. Water pooling: Water pooling occurs when the soil surface cannot absorb water efficiently due to compaction. This results in stagnant water, which can harm grass roots and promote fungal growth. A study by the American Society of Agronomy concluded that properly aerated soils experience significantly less surface water accumulation.

6. Excessive thatch build-up: Excessive thatch indicates that organic matter is accumulating faster than it can decompose due to poor soil health. This can create a barrier, preventing water and nutrients from reaching the soil. Research by Purdue University states that aeration helps reduce thatch by improving organic matter decomposition.

Recognizing these signs enables effective lawn management, ensuring healthy plants and vibrant landscapes.

How Can Patchy Grass Signal That Aeration Is Needed?

Patchy grass can signal that aeration is needed because it indicates soil compaction and poor nutrient penetration. Soil compaction reduces the ability of air, water, and nutrients to reach the roots, leading to uneven growth patterns.

Soil compaction: When soil particles are tightly packed, it limits the spaces between them. This compaction restricts root growth and nutrient absorption. A study by the University of Georgia (2019) found that compacted soil can reduce root development by up to 50%.

Lack of water absorption: Compacted soil prevents water from infiltrating effectively. This can lead to dry patches in your lawn. Research from the International Turfgrass Society (2021) demonstrates that aeration can enhance water absorption by creating channels for moisture to penetrate the soil.

Nutrient deficiency: When soil is compacted, nutrients cannot reach the roots efficiently. This deficiency often manifests as pale or uneven patches in the grass. A study by the Soil Science Society of America (2020) showed that lawn aeration improved nutrient uptake by 30% in compacted soils.

Increased thatch buildup: Thatch is a layer of dead grass and roots that can accumulate on the surface. Compacted soil exacerbates thatch issues, leading to poor air circulation and root health. The Lawn Institute (2022) notes that aeration helped reduce thatch by improving microbial activity in the soil.

Diminished microbial activity: Healthy soil contains beneficial microorganisms that break down organic matter. Compacted soil limits their activity, negatively affecting grass health. According to findings from the Agronomy Journal (2021), aeration can increase microbial populations by 40%, promoting better nutrient cycling.

In summary, patchy grass often indicates the need for aeration due to soil compaction, reduced water absorption, nutrient deficiencies, thatch accumulation, and diminished microbial activity. Regular aeration can correct these issues, leading to a healthier, more resilient lawn.

What Tools Are Available at Bunnings for Aerating Your Lawn?

Bunnings offers several tools for aerating your lawn. Effective aeration tools can improve lawn health by allowing air, water, and nutrients to penetrate deep into the soil.

1. Manual Core Aerators
2. Tow-Behind Aerators
3. Electric Aerators
4. Garden Forks and Hand Aerators
5. Spike Aerators

These tools present different options tailored to varying lawn sizes and user preferences. Depending on your lawn’s specific conditions, one tool may be better suited than another.

1. Manual Core Aerators:
   Manual core aerators are tools that remove small plugs of soil from the lawn. They typically have a long handle and hollow tines that penetrate the ground. This method allows better airflow and reduces soil compaction. According to a 2021 study from the University of Florida, using a core aerator significantly improved soil health in lawns, leading to better grass growth.

2. Tow-Behind Aerators:
   Tow-behind aerators attach to a lawn tractor or an ATV. These aerators cover larger areas more efficiently compared to manual options. They also use hollow tines to remove soil plugs. With a capacity to aerate an acre in about an hour, this tool suits larger properties well, as noted in a 2019 report from the Agricultural Research Service.

3. Electric Aerators:
   Electric aerators are powered tools that can simplify the aeration process. They typically have rotating tines that penetrate the soil without the physical effort required for manual aerators. Users appreciate electric aerators for their ease of use, especially those with limited strength or mobility. A 2020 survey by Garden Tools Magazine indicated a user satisfaction rate of over 85% for electric aerators among older gardeners.

4. Garden Forks and Hand Aerators:
   Garden forks and hand aerators serve as small, manual tools ideal for small lawns or patchy areas. These tools allow homeowners to aerate specific spots with precision. Though labor-intensive, they can be effective for targeted repairs. A case study from Lawn Care Today highlighted the benefit of using hand aerators for small patches of compacted soil, showing improvement in grass health over time.

5. Spike Aerators:
   Spike aerators feature solid spikes that create holes in the soil rather than removing soil plugs. This method allows for easier penetration but does not alleviate soil compaction as effectively as core aerators. The effectiveness of spike aerators is debated among landscapers; some argue they are less effective than core aeration for long-term lawn health, as outlined in a 2018 analysis published by the Lawn Institute.

These tools offer a range of options to fit various lawn sizes and user capabilities. Aeration remains a crucial process for maintaining a healthy lawn, with each tool providing unique advantages and limitations.

Which Types of Aerators Can You Find at Bunnings?

Bunnings offers a variety of aerators suitable for different lawn care needs. The main types of aerators available at Bunnings include:

1. Manual lawn aerators
2. Powered lawn aerators
3. Spike aerators
4. Plug aerators
5. Tow-behind aerators

These options cater to various preferences and lawn sizes, from small gardens to large lawns. While some homeowners may prefer manual aerators for light use, others might opt for powered or tow-behind models for more intensive aeration jobs.

1. Manual Lawn Aerators: Manual lawn aerators are hand-operated tools for creating holes in the soil. They are ideal for small lawns and provide a more hands-on approach to aeration. Users insert the device into the ground and pull it back to remove soil plugs. Both traditional fork-style and hollow core designs are available. For example, the Fiskars manual aerator can often be found at Bunnings, allowing users to aerate easily without machinery.

2. Powered Lawn Aerators: Powered lawn aerators use gasoline or electric motors to aerate quickly and effectively. These machines typically cover a larger area in a shorter amount of time. They are suitable for medium to large lawns where manual tools would be too labor-intensive. A popular option is the Honda-powered aerator, which provides efficient results for bigger jobs.

3. Spike Aerators: Spike aerators create holes by pushing a sharp spike into the ground. They compact the soil around the hole, which can lead to a more immediate compression effect but may not provide as much soil drainage or airflow as hollow core structures. This type is best for light aeration or when the ground is not overly compacted.

4. Plug Aerators: Plug aerators remove small plugs of soil from the lawn. This method improves airflow, nutrient absorption, and water drainage. Plug aerators are generally more effective for compacted soils compared to spike aerators. They are often used by lawn care professionals and can also be found at Bunnings.

5. Tow-Behind Aerators: Tow-behind aerators attach to lawn tractors or ATVs and facilitate aeration of larger areas with less physical effort. These aerators usually function as plug aerators and can cover extensive spaces quickly. They are particularly suitable for maintaining sports fields or large residential lawns. Many brands offer tow-behind options at Bunnings, catering to various budget ranges.

Overall, Bunnings provides a wide range of aeration tools, accommodating diverse gardening needs and preferences.

How Do You Choose the Best Aerator Based on Your Lawn Size?

Choosing the best aerator for your lawn size involves considering the size of your lawn, the type of aerator, and the specific needs of your soil and grass.

Lawn size is crucial. Small lawns, typically under 1,500 square feet, benefit from manual aerators or small-powered models. Manual aerators use foot pressure to penetrate the soil and work well for compact areas or occasional use. For lawns sized between 1,500 and 5,000 square feet, a plug aerator or small tow-behind aerator is effective. These tools remove soil plugs, allowing for better air and nutrient absorption. Lawns over 5,000 square feet may require larger tow-behind aerators or commercial-grade models. They efficiently cover more ground and facilitate deeper aeration due to their design and power.

The type of aerator also matters.
– Coring aerators are preferred for serious lawn care, as they remove core plugs from the soil, promoting healthier root systems.
– Spike aerators punch holes into the ground. They can compact the soil further, so use them with caution.

Understanding soil type can guide your choice as well. Heavy clay soils might require more frequent aeration and a robust aerator, while sandy soils might need less. According to a study from the Journal of Soil Science (Smith, 2021), clay soils benefit significantly from deep aeration due to their compact structure.

Additionally, consider the grass type. Cool-season grasses often need aeration in the fall, while warm-season grasses benefit from spring aeration. The timing and specific needs based on grass type can impact the effectiveness of the aerator.

In summary, the best choice of aerator depends on lawn size, type, soil characteristics, and grass type. Tailoring these aspects ensures optimal lawn health and performance.

When Is the Best Time to Aerate Your Lawn for Optimal Results?

The best time to aerate your lawn for optimal results is in the fall or spring. Fall is ideal because it allows the grass to recover before winter. The soil is still warm, and rainfall helps nurture the grass. Similarly, spring aeration works well as the grass begins to grow after dormancy. During this time, the roots can absorb nutrients and water more effectively. Avoid aerating during the hot summer months because heat stress can harm the grass. Similarly, skip aeration in winter when the ground is frozen. Choose a time when your lawn can thrive and recover after aeration.

How Do You Prepare Your Lawn Properly Before Aeration?

Preparing your lawn properly before aeration involves several key steps to ensure effective soil penetration and promote healthy grass growth. These steps include mowing the lawn, watering it adequately, and marking any underground utilities.

Mowing: Begin by mowing the grass to a lower height. This step helps the aerator to penetrate the soil easily. It is recommended to mow the lawn to about 1.5 to 2 inches in height before aeration. This height allows for better air exposure to the roots and ensures that the aerator can effectively reach the soil.

Watering: Watering the lawn is crucial before aerating. The soil should be moist but not soggy. A well-hydrated lawn allows the aeration equipment to penetrate the soil more easily, reducing stress on the grass. Aim to water the lawn with about 1 inch of water 24 hours before aeration. This practice ensures the soil is neither too hard nor too soft, creating optimal conditions for aeration.

Marking Utilities: Before starting, clear the lawn of any decorative items, such as pet waste and lawn furniture. Also, mark any underground utilities, such as sprinkler heads, gas lines, or electrical wires. This precautionary measure prevents damage to your utilities and ensures a safe aeration process. It is advisable to contact your local utility company to identify buried lines if you are unsure of their locations.

Overall, executing these steps sets the foundation for a successful aeration process. Proper lawn preparation contributes to enhanced aeration benefits, including improved water absorption, enhanced nutrient uptake, and healthier root development.

Should You Mow Your Lawn Before Aerating It?

Yes, you should mow your lawn before aerating it. Mowing helps create a cleaner surface for the aeration process.

Mowing the lawn short ensures that the aeration equipment can penetrate the soil more effectively. Longer grass can obstruct the aerator and hinder its ability to perforate the ground. Additionally, mowing reduces the chances of grass clumping during aeration. It also makes it easier to identify specific areas that need more attention, as shorter grass provides a clearer view of soil conditions. Overall, mowing improves the efficiency of the aeration process.

How Should You Water Your Lawn Leading Up to Aeration?

You should water your lawn thoroughly in the week leading up to aeration. Aim to provide about 1 to 1.5 inches of water over several days, ensuring the soil is moist but not saturated. This moisture helps allow the aeration equipment to penetrate the ground easily.

Watering can be broken down into daily intervals. For instance, if you are watering over five days, aim for approximately 0.2 to 0.3 inches each day. This gradual watering helps avoid puddling and ensures consistent soil moisture, which is crucial for effective aeration. Regular checks with a rain gauge can help measure your water application accurately.

For example, if your lawn is currently dry and compacted, watering it deeply for a few days before aeration softens the soil. This can improve the effectiveness of the aeration by allowing for better penetration of the aerator tines. Conversely, if the lawn is already sufficiently moist, the amount of watering may be reduced to prevent waterlogging, which can harm grass roots.

Additional factors influencing your watering schedule include recent weather conditions, current soil type, and lawn health. For instance, sandy soils will drain quickly and may require more frequent watering than clay soils, which retain moisture longer. Limitations include weather forecasts; rain can change your watering needs unexpectedly.

In summary, water your lawn with 1 to 1.5 inches of moisture spread over several days leading to aeration. Adjust based on daily conditions and your specific lawn type to prepare effectively. For further exploration, consider investigating different aeration techniques and tools for optimal lawn health.

What Steps Should You Follow to Aerate Your Lawn Effectively?

To aerate your lawn effectively, follow these steps: choose the right time, select the proper method, prepare the lawn, aerate the soil, and care for the lawn post-aeration.

1. Choose the right time.
2. Select the proper method.
3. Prepare the lawn.
4. Aerate the soil.
5. Care for the lawn post-aeration.

These steps can vary based on different grass types and specific environmental conditions, leading to differing opinions on the best approach. Some prefer core aeration, while others advocate for spike aeration. In addition, certain experts recommend aerating during the growing season, while others suggest aerating during the dormant season for specific grass types.

Choose the right time refers to selecting the best season for aeration. The timing of lawn aeration is vital in promoting optimal grass growth and improving soil health. Typically, late spring to early summer is ideal for cool-season grasses, while early spring or early fall works well for warm-season grasses. According to the University of Massachusetts Extension, the right timing can also depend on local climate factors and grass species, suggesting that homeowners consult local extension services for tailored advice.

Select the proper method involves deciding whether to use core aeration or spike aeration. Core aeration removes small soil plugs from the ground, allowing air, water, and nutrients to penetrate the soil more effectively. Spike aeration, on the other hand, creates holes in the soil without removing plugs, but may compact soil in the process. The National Turfgrass Evaluation Program emphasizes that core aeration provides better results in enhancing soil permeability and reducing compaction, especially for heavily trafficked lawns.

Prepare the lawn means clearing debris, watering the lawn, and marking any underground utilities before aeration. This preparation helps prevent equipment damage and ensures better results. Clearing the lawn of leaves, sticks, and stones reduces obstacles during the aeration process. Research from Clemson University indicates that pre-watering the lawn can help soften the soil, making aeration easier and more effective.

Aerate the soil involves using an aerator to perforate the soil. Following the chosen method, systematically work across the lawn, ensuring adequate coverage. According to the Lawn Institute, overlapping passes with the aerator can improve effectiveness, as this ensures that all areas receive proper aeration. For best results, the depth of aeration should ideally reach 3-4 inches.

Care for the lawn post-aeration encompasses watering and fertilizing the lawn after aeration. This care nurtures the grass and helps it recover from the aeration process. The Virginia Cooperative Extension suggests that homeowners should aim to water thoroughly following the aeration and apply a high-quality fertilizer to promote healthy growth. Additionally, proper mowing techniques after aeration can help maintain the lawn’s health and appearance.

How Can You Use a Core Aerator from Bunnings for Best Results?

Using a core aerator from Bunnings can significantly improve your lawn’s health by increasing airflow, water absorption, and nutrient access. To achieve the best results, follow these key practices.

First, choose the right time for aeration. Early spring or fall is ideal for most grass types because it encourages quicker recovery and growth. These seasons provide optimal conditions for root development.

Next, prepare the lawn before aerating. Mow your grass to a shorter height, which allows the aerator to penetrate the soil more effectively. Clear any debris, such as leaves or branches, to prevent damage to the aerator and ensure smooth operation.

Then, use the core aerator correctly. Drive the aerator across your lawn in a systematic pattern, overlapping slightly with each pass. This ensures even coverage and more holes in the soil. Aim for a spacing of about 4 to 6 inches between holes.

After aeration, leave the soil cores on the lawn. As they break down, they will return nutrients and organic matter to the soil, enhancing its quality. This process can also help in reducing thatch buildup, which is a layer of dead grass and roots that can impede water and air flow.

Finally, water the lawn thoroughly after aerating. Deep watering helps the soil absorb moisture and nutrients effectively. It encourages the grass roots to grow deeper as they search for water, leading to a healthier lawn.

By following these strategies, you can maximize the benefits of using a core aerator from Bunnings and ensure a thriving, lush lawn.

What Should You Do to Maintain Your Lawn After Aeration?

To maintain your lawn after aeration, you should focus on watering, fertilizing, and overseeding while allowing for recovery time.

1. Watering
2. Fertilizing
3. Overseeding
4. Allowing Recovery Time

After listing these key maintenance actions, it is essential to delve into each aspect to ensure effective lawn care post-aeration.

1. Watering:
   Watering maintains soil moisture and enhances the benefits of aeration. Lawns should receive about 1 to 1.5 inches of water per week after aeration. This promotes root growth and helps grass recover. A study by the University of California, Davis, indicates lawns that are consistently watered after aeration show a 30% improvement in recovery rates.

2. Fertilizing:
   Fertilizing provides necessary nutrients for vigorous growth. Use a slow-release fertilizer with a balanced ratio of nitrogen, phosphorus, and potassium. The timing of fertilization is critical; it should occur shortly after aeration to support the newly exposed roots. According to the National Lawn Care Association, this practice can boost grass density by 25% within a month.

3. Overseeding:
   Overseeding fills in bare spots and improves overall lawn thickness. A mixture of high-quality grass seed tailored to your environment is ideal. Ideally, overseed right after aeration to take advantage of the holes made, which can help the seeds germinate more effectively. Research by Colorado State University highlights that overseeding can lead to a 40% increase in grass cover within the first growing season.

4. Allowing Recovery Time:
   Allowing the lawn to rest is essential for recovery. Avoid heavy foot traffic for at least two weeks post-aeration. This allows grass to structure its roots and recover its health. The Lawn Institute notes that this rest period helps prevent additional stress on the grass, leading to a more resilient lawn.

By focusing on watering, fertilizing, overseeding, and allowing recovery time, you can effectively maintain your lawn after the aeration process.

What Are the Best Practices for Fertilizing Your Lawn Post-Aeration?

The best practices for fertilizing your lawn post-aeration include choosing the right fertilizer, applying it at the correct time, and watering appropriately.

1. Choose a balanced fertilizer.
2. Apply fertilizer shortly after aeration.
3. Water the lawn after fertilizing.
4. Consider organic options.
5. Avoid over-fertilization.

These best practices can vary based on different lawn types and regional climates. Understanding the nuances will help ensure a healthy outcome.

1. Choose a balanced fertilizer: Choosing a balanced fertilizer provides essential nutrients. A balanced fertilizer contains equal parts nitrogen, phosphorus, and potassium (NPK). A well-known example is a 10-10-10 fertilizer. Nitrogen promotes leafy growth, phosphorus supports root development, and potassium contributes to overall plant health. Research by the Institute of Food and Agricultural Sciences (IFAS) indicates that balanced fertilizers lead to a greener lawn with thicker grass.

2. Apply fertilizer shortly after aeration: Applying fertilizer shortly after aeration is crucial. Aeration creates holes in the soil, allowing fertilizer to penetrate deeper. This practice enhances nutrient absorption and promotes root growth. A study conducted by Texas A&M University highlights that post-aeration fertilization increases nutrient availability by utilizing the open channels created during aeration.

3. Water the lawn after fertilizing: Watering the lawn after applying fertilizer helps dissolve the nutrients. This process ensures that the nutrients reach the grass roots effectively. According to the Lawn Institute, adequate watering following fertilization can increase nutrient uptake by up to 30%. It is essential to follow up with watering to prevent fertilizer burn on the grass.

4. Consider organic options: Considering organic options can benefit both the lawn and the environment. Organic fertilizers, such as compost or manure, improve soil health and promote microbial activity. A study by the Organic Trade Association indicates that organic fertilization leads to more sustainable lawn care practices with long-term benefits. Organic options also reduce the risk of chemical runoff, which can harm local ecosystems.

5. Avoid over-fertilization: Avoiding over-fertilization is key to maintaining lawn health. Applying too much fertilizer can cause nutrient leaching, leading to water pollution. The Environmental Protection Agency (EPA) warns that over-fertilization can result in excessive growth and make grass more susceptible to pests and diseases. It is advisable to follow package instructions and conduct soil tests to determine specific nutrient needs.

By implementing these practices after aeration, you can create a thriving lawn that is lush, healthy, and environmentally friendly.

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