Yes, Mycorrhizal fungi are living when they are sprayed onto the lawn. UV light can quickly kill the Mycorrhizal fungi so the Mycorrhizal Treatment must be watered in immedietly.

5 minutes will be sufficient. Just enough to get the Mycorrhizal fungi down into the root zone and out of the sunlight.

Mycorrhizal fungi are microscopic organisms that form a symbiotic relationship with plant roots. They essentially act like extensions of the root system, helping plants absorb water and nutrients more efficiently.

Yes! Mycorrhizal fungi are naturally occurring and beneficial for the environment. The treatment we use is completely safe for pets and children.

You might start to see some initial improvements within a few weeks, such as improved overall lawn health and color. However, the most significant benefits become evident over time as the mycorrhizal fungi establish themselves in the root system.

The frequency of reapplication depends on several factors like soil quality and desired results. Under optimal conditions the fungi can live for years.

Yes, mycorrhizal treatment can be used in conjunction with most lawn care products, including fertilizers and weed control.

We’d be happy to help! Contact Pest & Lawn Organic Guard today at (321)704-0434 for a free consultation and quote.

Yes. St. Augustine grass, Bermuda grass, Zoysia grass, and Bahia grass all respond well to this organic lawn treatment.

While mycorrhizal treatment promotes overall lawn health and resilience, it doesn’t directly target specific pests like grubs or chinch bugs.

For those issues, we recommend our separate pest control services. However, a healthier lawn with robust roots due to mycorrhizae will be better equipped to withstand and recover from such pest damage.

Yes! Mycorrhizal fungi play a crucial role in healthy soil ecosystems. They promote soil aggregation, which improves drainage and aeration.

Reduced Fertilizer Runoff: Traditional fertilizers can be a major source of nutrient pollution in waterways like the Indian River Lagoon. Excess nitrogen and phosphorus from fertilizers can cause algae blooms, disrupt the lagoon’s ecosystem, and harm marine life.

Increased Nutrient Absorption: Mycorrhizal fungi act like tiny sponges for your lawn, helping it absorb and retain essential nutrients like nitrogen and phosphorus more efficiently. This reduces the amount of fertilizer that leaches out of the soil and potentially enters the lagoon through runoff.

Slower Nutrient Release: Mycorrhizal fungi gradually release nutrients to the plant roots as needed. This sustained release prevents spikes in nutrient levels in the soil, minimizing the risk of excess nutrients washing away into the Indian River Lagoon.

Improved Soil Health: Mycorrhizal fungi contribute to healthier soil by promoting beneficial microbial activity. This leads to better soil structure, aeration, and drainage. Healthy soil retains water more effectively, further reducing the risk of fertilizer runoff to the Indian River Lagoon during heavy rain events.

Enhanced Plant Health: Lawns with robust mycorrhizal associations are generally healthier and more resilient. This means they require less fertilizer overall, further contributing to reduced nutrient runoff into the lagoon.

Mycorrhizal fungi can significantly increase the surface area of your lawn’s root system, potentially by 700% to 1200%. This translates to a dramatic improvement in nutrient and water uptake for your grass.

Mycorrhizal treatments can benefit your palm trees in several ways:

Enhanced Nutrient Uptake: Palm trees, like many plants, struggle to absorb nutrients from sandy Florida soil. Mycorrhizal fungi act like tiny sponges, extending the root system and increasing the surface area for nutrient absorption. This means your palm will have better access to essential elements like nitrogen, phosphorus, and potassium, leading to healthier growth.

Improved Drought Tolerance: Just like with lawns, mycorrhizal fungi help palm trees retain water more efficiently. This is crucial during our dry season when rainfall is scarce. A palm with a stronger root system established by mycorrhizae will be better equipped to handle drought stress and maintain its health.

Increased Disease Resistance: Healthy palm trees with robust root systems are more resistant to diseases caused by harmful fungi and bacteria. Mycorrhizal fungi can help create a natural barrier against these pathogens, promoting overall tree health.

Reduced Fertilizer Needs: With improved nutrient uptake, your palm tree might not require as much fertilizer. This can save you money on fertilizer costs and minimize the risk of fertilizer runoff harming the environment.

Mycorrhizal treatments can significantly benefit the health of your trees in several ways:

Boosted Nutrient Uptake: Trees, like many plants, struggle to access essential nutrients from sandy Florida soil. Mycorrhizal fungi act as an extension of the root system, increasing its surface area and improving nutrient absorption. This means your trees will have better access to vital elements like nitrogen, phosphorus, and potassium, leading to stronger growth, thicker foliage, and potentially even improved flowering or fruiting.

Enhanced Drought Tolerance: Similar to lawns and palm trees, mycorrhizal fungi help trees retain water more efficiently. This becomes crucial during our dry season when rainfall is scarce. A stronger root system established by mycorrhizae allows trees to access water stored deeper in the soil, making them more resistant to drought stress and better equipped to maintain their health during dry periods.

Increased Disease Resistance: Healthy trees with robust root systems are more resilient against diseases caused by harmful fungi and bacteria. Mycorrhizal fungi can create a natural barrier against these pathogens in the soil, promoting overall tree health and potentially reducing the need for fungicide applications.

Reduced Fertilizer Requirements: With improved nutrient uptake thanks to mycorrhizae, your trees might require less fertilizer. This can save you money on fertilizer costs and minimize the risk of fertilizer runoff harming the environment. Additionally, by promoting efficient use of existing nutrients, mycorrhizae can help extend the effectiveness of any fertilizer you do apply.

Lawns on the barrier island and oceanfront face unique challenges due to the sandy soil composition. Mycorrhizal treatment can be a game-changer for these lawns in several key ways:

Combating Nutrient Deficiencies: Sandy soil is notorious for its poor water and nutrient retention. Mycorrhizal fungi act like an extension of the root system, increasing the surface area for nutrient absorption. This allows the lawn to utilize available nutrients more efficiently, even in sandy conditions.

Improved Water Management: The sandy soil allows water to drain quickly, leading to frequent watering needs and potential drought stress. Mycorrhizal fungi act like microscopic sponges, holding onto water in the root zone for the lawn to utilize over time. This translates to a more resilient lawn that requires less frequent watering, saving you money and resources.

Reduced Fertilizer Runoff: Traditional fertilization on sandy soils can lead to significant nutrient runoff, harming the delicate ecosystems of the barrier island and the Indian River Lagoon. Since mycorrhizae help the lawn absorb and utilize nutrients more efficiently, less fertilizer is needed. This reduces the risk of environmental damage from fertilizer runoff.

Promoting Root Growth and Health: Sandy soil can be harsh on root systems. Mycorrhizal fungi promote stronger and healthier root development. This improved root structure allows the lawn to better anchor itself in the sandy environment, resist wind erosion, and access water and nutrients more effectively.

Here’s an additional benefit to consider:

Enhanced Drought Tolerance: With a more robust root system and improved water retention due to mycorrhizae, your lawn will be better equipped to handle drought periods common in Florida. This is especially crucial during the dry season when sandy soils dry out quickly.

Overall, mycorrhizal treatment provides a natural solution for oceanfront and barrier island lawns with sandy soil. It helps the lawn thrive by improving nutrient uptake, water management, root health, and drought tolerance, while also minimizing environmental impact on the Indian River Lagoon.

You can expect to start seeing results in about 1 Month.

Mycorrhizae are a fascinating example of symbiosis in nature! They’re not fertilizers themselves, but rather microscopic fungi that form a mutually beneficial relationship with plant roots.
Here’s how they work:

Enhanced Nutrient Uptake: Think of mycorrhizae as tiny extensions of the root system. They increase the surface area available for absorbing essential nutrients like nitrogen, phosphorus, and potassium from the soil. This is especially helpful for plants struggling in nutrient-poor environments like sandy soil.

Improved Water Management: Mycorrhizae act like microscopic sponges, holding onto water in the root zone. This allows the plant to access water more efficiently and become more drought resistant. This is a huge benefit in areas like Florida where dry seasons are common.

Increased Disease Resistance: Drought-resistant healthy roots are less susceptible to disease. Mycorrhizal fungi can help create a barrier against harmful pathogens in the soil, promoting overall plant health.

Reduced Fertilizer Needs: With improved nutrient uptake from mycorrhizae, plants might require less fertilizer. This can save you money and minimize the risk of fertilizer runoff harming the environment.

In simpler terms, mycorrhizae act like tiny helpers for your plants. They improve their ability to access water and nutrients, making them healthier, more resilient, and potentially requiring less fertilizer and maintenance.

Mycorrhizal treatment acts as a supercharger for your trees’ roots! These microscopic fungi essentially become extensions of the root system, creating a vast network that absorbs water and nutrients much more efficiently. This translates to healthier, more robust roots that can delve deeper into the soil for moisture.

With this improved access to water and nutrients, your trees become more resilient to drought stress. They can withstand dry periods by utilizing the water stored by the mycorrhizae in the root zone and extracting vital nutrients for continued growth, leading to healthier and more drought-tolerant trees overall.