Are pesky bugs disrupting your outdoor areas? Mirimichi Greens Pest Control is the solution with proven efficacy and safety. This all-natural formula controls:

• Mosquitoes
• Ticks
• Fleas
• Ants
• Roaches
• No-see-ums
• Chiggers
• Spiders
• Mites
• Whiteflies
• Aphids
• Plus many more insects

Mirimichi Green Pest Control is not a neurotoxin and is made with all natural and/or organic ingredients. Mirimichi Green Pest Control is known to be safe to spray around people, pets, and plants, with an immediate re-entry time after the spray has settled, making it ideal for any outdoor area.

This formulation is a total control pesticide because it’s a pheromone interrupter, deterrent, repellent and also a larvicide which is what makes it so effective. By killing the larvae, egg cycles are disrupted so future outbreaks of pests are eradicated in the treated areas over time.

How to apply Mirimichi Green Pest Control:

• Use a backpack sprayer, backpack blower, hose dilution attachment, or sprinkler injection pump
• 1st application and infestation application – dilute 16 oz. of product per 1-gallon of water
• Reapplication rate – dilute 4-8 oz. of product per 1 gallon of water
• Reapply every 14-28 days
• Be sure to spray the entire property

Some of the important key points about Mirimichi Green Pest Control are:

• Safe to spray around people, pets, and kids
• It works in ALL weather conditions. Rain doesn’t affect the efficacy.
• There is an immediate re-entry time after the spray has settled
• Insects can not become immune to this product
• There are no harsh odors

This pest control product is ideal for any outdoor setting such as lawns, parks & recreation areas, campground sites, playgrounds, sports fields, golf courses, universities, farms, gardens and more!

“Our greens have gotten a lot better since we started doing it from a firmness standpoint,” Tritabaugh says. “They weren’t bad, but in my opinion, they perform now just as well as they did when they were new.”

Tritabaugh and his team do not use an amendment during the process. Instead, the holes are filled with 100 percent sand. “We’re able to get the exact same sand that was in the root zone when the greens were built in 2010,” he says. “From a spec standpoint, it’s the same thing that’s already in there.”

Some have raised the question of whether DryJect will supplant traditional aeration as a standard industry practice. Tritabaugh doesn’t necessarily share that sentiment.

“I think it’s a tool to be used depending on what the superintendent’s desire is,” he says. “I think it would be a mistake to say that (core aeration) is unnecessary or that solid tining is unnecessary or that DryJect could replace either of those things.”

Based on his experience, Tritabaugh doesn’t believe the DryJect method will render core aeration or solid tining obsolete. Instead, he considers it just another tool in a superintendent’s turf toolbox.

“I think it can in the right situation, but I think it would be unfair to limit (a superintendent’s) tools,” Tritabaugh says. “It doesn’t mean one is particularly better than the others, but I think in the right situation certain ones are better.”

Tritabaugh hasn’t relied on pull-core/solid-tine practices at Hazeltine in recent years, but he hasn’t abandoned them either. “We’ve done some different methods on a couple of our greens,” he says. “Is it a tool we want to use in the future? It could be, but it’s not a part of our standard cultural practices.”

Rick Woelfel is a Philadelphia-based writer and frequent GCI contributor.

Green roofs and walls are gaining popularity in urban developments. This unique landscaping trend is more than just an architectural design, it provides the base for plants to positively impact polluted urban and suburban environments.

Green roofs and green walls

Green roofs are any roof that is partially or completely covered with vegetation, typically planted on top of a waterproof membrane. Green roofs can be a whole system that includes root barriers, drainage, greywater treatment, and irrigation.

Green walls refer to any form of a vegetated wall surface. This broad concept encompasses three major categories: living walls, retaining living walls, and green facades.

Living walls consist of pre-vegetated panels, modules, bags, or planted blankets that are adjoined to a structural wall or frame.

Retaining living walls are home to vegetation and act as a support for slopes.

Green facades are systems of climbing plants, vines, or ground covers that form a supporting structure.

Here are some benefits of green roofs and green walls:

• Improves the longevity of roofs
• Help the tenants below regulate temperature. It is estimated that an average three-story building can save up to 25 percent in the summertime energy costs.
• Decreases stormwater runoff by 40-60 percent which decreases the amount that flows into sewers
• Provide opportunities for food production and urban agriculture
• Provide habitat for wildlife. This could be a way to decrease the devastating impact of urbanization on nature.
• Improves air quality and circulation
• Protects the building structure from harsh weather conditions
• Provides a sound barrier and poses as additional insulation

A greener future

Green roofs and walls are a big step for the sustainability movement in urban design and innovation. These landscaped buildings provide many benefits to the community including thermal insulation, lower utility bills, naturally filtered air and water, and an ecosystem for wildlife.

Tell us about your sustainable methods using the hashtag #MirimichiGreen on Instagram or Twitter.

High nitrogen poses an alarming risk to the environment and researchers are taking note. The human production of fixed nitrogen being used primarily to fertilize crops is said to be responsible for approximately half of the total fixed nitrogen going into the environment, according to a new study by researchers at North Carolina State University and Duke University.

Human production of fixed nitrogen is five times higher than it was 60 years ago. The researchers say the substantial increase could pose as much of a threat to the environment as the increase of carbon-dioxide causing climate-warming. One form of nitrogen gas, nitrous oxide, is a potent greenhouse gas that can contribute to rapid global warming. High levels of nitrous oxide in the atmosphere will degrade the atmospheric ozone layer and can develop a hazardous ground-level ozone.

William H. Schlesinger, Professor of Biogeochemistry at Duke’s Nicholas School of the Environment says, “Earth has never seen this amount of fixed nitrogen.”

To conduct their study, the researchers at North Carolina State University and Duke University gathered historical data on fertilizer use in agriculture and recent estimates of nitrogen-fixation rates. They analyzed trends in human production of fixed nitrogen since the beginning of the 20th century. Then they placed these trends in context with recent estimates of natural nitrogen fixation and denitrification rates on land and in water.

The researchers conducting this study were stunned by their findings. “While carbon has captured the attention of the world through climate change, we cannot ignore this issue,” adds Viney Aneja, Professor of Marine, Earth and Atmospheric Science at NC State. “Too much nitrogen can affect human health, reduce biodiversity and amplify global warming.”

Too much nitrogen (N2) in the soil benefits a limited number of species that can out-compete native species, reducing biodiversity, Aneja notes. The high levels of N2 pose a threat to human and animal health too. The high levels of N2 being used are now being found in groundwater. Excessive amounts of nitrogen in groundwater are associated with intestinal cancers and miscarriages and can be fatal to infants, as well as aquatic life.  

N2 compounds as a fertilizer have been used by the people for many years, but time has changed the type of fixed nitrogen being used. Historically, only naturally fixed sources, like compost manure and guano, were applied to fertilize crops. In the early 1900s, German chemists Fritz Haber and Carl Bosch discovered a process that converts atmospheric nitrogen to ammonia, allowing humans to produce nitrogen-based fertilizers on an industrial scale for the first time. In 1960’s, more than 60 percent of farms in the U.S. had converted to using chemical fertilizer and the average nitrogen rate was 17 pounds per acre. By 2007, U.S. farms were using 82.5 pounds of nitrogen per acre on average.

 

Companies like Mirimichi Green encourage the use of lower nitrogen rates and offer low NPK fertilizers and bio-stimulants. Mirimichi Green products are low in NPK, but high in nutrient availability and contain liquid carbon. NPK is often a temporary fix to soil biology problems. Unlike N2, carbon is the key solution to many soil issues that can arise. Carbon keeps the soil aerobic, holds nutrients in the root zone, gives a home for all the protozoa, hype, fungi and other necessary elements for healthy plants and soil.

 

CITATION: “Is Nitrogen the Next Carbon?” by William Battye, Viney P. Aneja, and William H. Schlesinger, Aug. 29, 2017, Earth’s Future. DOI: 10.1002/2017EF000592

Clean up efforts and support after Hurricane Harvey are underway including monetary donations, food, water, volunteering, etc. With the excessive amount of sitting water in the Houston area, there is a growing concern about the growth of pest insect populations, such as mosquitoes. Now, a post-Hurricane Harvey chemical insecticide aerial spray application is underway. The Pentagon announced that it has dispatched C-130H Sprayers from the Air Force Reserve’s 910th Airlift Wing in order to “assist with recovery efforts in eastern Texas,” by spraying the insecticide, Naled. The aircrafts are set to spray a chemical insecticide in order to help control pest insect populations. The pest populations pose a health risk to rescue workers and residents of Houston.

The aircrafts will spray more than 6 million acres throughout the Houston, Texas area. The Air Force stated this effort is expected to surpass any previous aerial spraying applications. The Pentagon’s choice of insecticide could do more harm than good for Texas citizens. The Air Force reported the mosquito control aerial spray protocol involves spraying the “Environmental Protection Agency (EPA) approved and regulated material, Naled,” which the Air Force says will not be used in amounts large enough to “cause any concern for human health.” However, the insecticide Naled, is currently banned in the European Union due to the “unacceptable risk” it presents to human health and safety.

Chemical Insecticides Come with Side Effects

Although Naled is an “EPA approved” insecticide, the EPA is re-evaluating the product and its safety. The EPA’s website states, “the EPA expects to issue new human health and ecological risk assessments for Naled before the end of 2017.” Scientists and many alarmed citizens have stated that Naled will surely be banned soon as the EPA has found it to harm 22 out of 28 endangered species exposed to it.

Naled is a known neurotoxin in animals and humans, as it inhibits acetylcholinesterase, an enzyme essential to nerve function and communication, and has even been known to have caused paralysis. Scientific evidence, including a recent Harvard study, has pointed to Naled’s responsibility for the mass killing of North American bees. After only one day of Naled being sprayed in South Carolina last year, more than 2.5 million bees died.

Naled’s manufacturer, Sumimoto Chemical Corp., is also the manufacturer of SumiLarv.  SumiLarv is a product that is now believed to have been the cause of the spike in birth defects in Brazil that was originally blamed on the Zika virus. The most concerning consequence Naled poses for human health is the chemical’s ability to harm pregnant women and fetuses. Side effects include smaller brain sizes of newborns, having a child born with an autism-spectrum disorder and other symptoms like dizziness and nausea.

Alternative to Chemical Insecticide and Pesticide Products

With the extreme side effects that are possible by using harsh chemical products, Mirimichi Green urges landscapers, homeowners, and others that are seeking a pesticide or insecticide to use natural and safe products.

There will be a safe alternative for insecticide spray applications after natural disasters occur. Mirimichi Green will be launching a 100% natural and safe pesticide – Mirimichi Green Pest Control. A common stereotype of natural products is the natural products don’t work as well as chemical products. Mirimichi Green’s Pest Control has been tested by the World Health Organization, exhibiting an 80% kill rate efficacy report for pests and larvae upon contact. Products don’t have to be chemically based to be effective.

The soon-to-come pesticide works on mosquitoes, fleas, ants, roaches, no-see-ums, chiggers, spiders, mites, whitefly, aphids, plus many more insects. Mirimichi Green’s Pest Control is safe to spray around people, pets, and plants and has an immediate re-entry time after the spray has settled, making it ideal for any outdoor space.

Be sure to include Mirimichi Green products in all of your installs to ensure healthy plantings.

Artificial turf fields have been gaining popularity for being low maintenance and eco-friendly because it doesn’t need to be watered, fertilized, or mowed. Is it truly beneficial and environmentally friendly to put down synthetic turf? Let’s explore 6 factors to consider about this field installation.

 

1. Maintenance for artificial turf fields

It is incorrect to think that synthetic fields require less maintenance than natural turf grass or to say that these fields are maintenance free. Artificial turf grass fields require:

1. Additional infill
2. Irrigation because of high temperatures on hot days
3. Chemical disinfectants
4. Sprays to reduce static cling and odors
5. Drainage repair and maintenance
6. Erasing and repainting temporary lines
7. Removing debris accumulation

2. Costs start to add up

Long-term costs are less with natural turf fields compared to artificial turf fields. Artificial fields need replacing every 8-10 years, whereas a natural turf field requires consistent maintenance and occasional replacing. When artificial turf needs renovating every 8-10 years, there is a hidden cost of disposal of materials. Since the fields are filled with a ground-up rubber material, the material may require special disposal which could be costly.

3. Players prefer natural turf

A recent survey of 1,511 active NFL players by the NFL Players Association found:

• 73% of the players preferred playing on natural turf grass field
• 18% preferred artificial turf
• 9% of the players had no preference

4. Player injuries are a concern

There is little to no research comparing injuries incurred on new artificial turf fields vs. natural turf fields. Some data indicates that the traditional artificial turf fields increased athlete injury, primarily due to increased surface hardness. NFL players were asked in a 2006 survey “Which surface do you think causes more soreness and fatigue to play on?”

• 74% felt that artificial turf systems were more responsible for fatigue
• 21% felt they were the same
• 5% felt like natural grass systems increased fatigue
• The most common comment was in the open survey section was “make all fields grass to prevent injuries.”

5. Potential infections increase

The potential for increased spread of infections among players has been under close inspection when it comes to artificial turf complexes. In a report titled “Texas Football Succumbs to Virulent Staph Infection From Turf”, at least 276 football players were reported to be infected with an antibiotic-resistant staph infection. These infections were primarily associated with increased skin abrasions stemming from artificial turf.

6. High temperatures are an issue

Artificial fields cannot be played on all the time due to the higher temperature on summer days.  The surface temperatures of artificial fields have been documented as high as 199°F on a day with an air temperature of 98°F. Researchers at Brigham Young University reported that “the surface temperature of a synthetic football field on campus averaged 117°F, with a daily high of 157°F. On an adjacent natural turf field, the surface temperature averaged 78°F, with a daily high of 89°F.” Artificial turf fields can be cooled down with irrigation but it is only a short-term fix. The only permanent fix for this issue is having the field be in an indoor facility. Because of these high temperatures, an artificial field will remain largely unusable during warm days. Additionally, practicing on an artificial field could increase the incidence of heat stroke, muscle cramping, and overall athlete fatigue.

Keep these 6 factors in mind when considering an installation of an artificial turf field.

Having dogs has many perks, however, a lush, green lawn is not usually one of them. Unsightly brown spots in the lawn can appear after a dog relieves its bladder.

What causes dog brown spots?

These spots are caused by high levels of Nitrogen and not “acid” in dog urine as is commonly believed. Excess nitrogen in the waste is normal and due to proteins being broken down during digestion. Dog diets are usually high in protein so there will be high levels of Nitrogen. Small amounts of Nitrogen are good, but too much will kill patches of lawn.

According to the American Pet Products Association, 70% of US households have a dog. That equates to a lot of brown spots being formed on lawns across the country!

What can be done about dog spots in the grass?

Below are 4 tips for keeping the lawn looking healthy and green and preventing those brown spots:

1) Immediately Dilute The Spot

Watering the spot immediately after the dog has done its business will help dilute the Nitrogen. Running the hose for 10 seconds over the spot will help lessen the probability of the Nitrogen killing the lawn. Also, encouraging dogs to drink more water will internally dilute the Nitrogen. However, this technique will cause more trips outside.

Running the hose for 10 seconds over the spot will help lessen the probability of the Nitrogen killing the lawn. Also, encouraging dogs to drink more water will internally dilute the Nitrogen. However, this technique can also cause more trips outside.

2) Build A Designated Area

Construct a non-grassy designated area.

For example, a pine straw, mulched, or leafy area in the yard makes it pee-proof. Training the dog to use that area to potty may take a little time, but it is totally possible. Leading the dog to that area when it’s time to go will create a habit and a little positive reinforcement will encourage the dog to use the designated area. A homeowner can make these areas visually appealing to humans by placing potted hostas, ferns, or other greenery around the area.

If a designated area isn’t feasible, try “spreading traffic across a large turfgrass area or reducing the time the animal spends on the turfgrass may prevent damage.” Preventing over usage of the same spots will give the struggling grass a break and time to recover.

3) Plant the Right Grass (Grass Selection is Key)

Having the right kind of grass may also contribute to how easily and frequently these brown spots show up.

• Fescue and Ryegrass are the most resistant to Nitrogen due to the genetic makeup of the roots.
• Bermuda and Kentucky bluegrass do need nitrogen to thrive but are very sensitive to the time of year that they get fertilized. Unless the dog is only allowed to go outside during the spring and summer, these types of grass are very sensitive to Nitrogen and susceptible to brown spots.

4) Consider Fertilizing Less

If the lawn is suffering from brown spots, try reducing your fertilizer input.

Even small amounts of fertilizer may contain enough Nitrogen to kill the lawn in combination with the dog’s contribution. If you think your lawn needs a boost, try using a soil amendment such as CarbonizPN® Soil Enhancer instead.

Give these tips a try and let us know what works best for you.

Tryon Internation Equestrian Center (TIEC) has a grass complex that is receiving new reviews about outstanding turf from riders across the country. The Grass Complex at Tryon International Equestrian Center offers the latest in turf technology. TIEC has a hybrid Bermuda grass called TifTuf Turf, which requires 38% less water irrigation, provides longer growing sustainability and season, as well as an ability to “repair” itself more quickly than traditional grasses. The entirety of the field also has been grown using a proprietary organic material from Mirimichi Green. Mirimichi Green’s products contribute to the thickness and longevity of the turf, but most importantly, the reduction of compaction in the soil. The TifTuf Turf used across the field is developed with ESI international footing surface of specialized sands, organic materials, and synthetic fiber installed on top of a six-inch high drainage system.

Spanning more than 12-acres, the Grass Complex has hosted both international and national show jumping classes, as well as international and national hunter derby competitions, and even portions of the cross-country phase of eventing during the 2016 USEA American Eventing Championships. Read more about what the TIEC competitors are saying about the Grass Complex.

 

1. Planting in the Wrong Place

A common Landscaping mistake is improper plant placement. People often do not take into consideration the proper sunlight and exposure for the plants they have chosen to plant.

Solution: Read the Plant Tag

All of the plant’s needs for growth are on the tag in the plant holder that you get when you buy the plant or you can check Plant Finder for plant requirements. If you are planting a tree, you need to keep in mind how big the tree could get and how much space it is going to need.

2. Cutting Grass Too Short

It’s a common myth that cutting the grass shorter means you get to mow it less often. By cutting your lawn shorter, you can cause more harm than good. Keeping the lawn too short could result in bare patches which could make it susceptible to diseases and insects.

Solution: Cut According to The Season

The key to a healthy lawn is to cut different lengths depending on the season. During the summer, the lawn should be a bit longer. This will give the lawn a little more shade and the water doesn’t evaporate so quickly. During the winter, cut it a little bit shorter so that the sunlight can reach the soil.

3. Not Fertilizing Properly

There are two ways that fertilizing can be a big Landscaping mistake. The first one is not using fertilizer at all. The other is fertilizing too often.

Solution: Use Caution When Fertilizing

Ask someone at your garden center or distributor to recommend a proper fertilizer for your yard and plants. A great fertilizer will provide nutrients that your lawn and plants need. You should never do so in the bright sun. It’s also a good idea to mix in fertilizer when planting new plants.

4. Not Accounting for Wildlife

If you aren’t into inviting wildlife into your yard you need to consider what kind of plants you are planting and what animals or garden pests might be around.

Solution: Plant Things Critters Hate

Before you plant in your garden, think about what pests and critters you have in the area. For example, pretty flowering plants can attract deer, so throw in some bitter-tasting ones in the mix to deter them. Once they get a taste of the bitter flowers, they are likely to stop coming around. If there are rabbits around, you may need to form shelter your garden bed by building a small fence.

If you want to invite wildlife, here’s a list to attract a variety of species.

5. Improper Pruning

Pruning can be is more than just chopping off limbs and twigs, it’s a technique. A bad pruning job can be very bad the tree or shrub.

Solution: Research Pruning

Every plant has a different pruning process. Fall and winter are usually some of the best times to prune, but research each plant in your yard to make sure. If you aren’t sure you are doing it right, consult a professional.

6. Irrational Irrigation

A lot of homeowners make the Landscaping mistake of overwatering or watering during the wrong part of the day. On average, most lawns just need an inch of a water per week.

Solution: Timely Watering

The best time of day to water the lawn (and usually any other type of plant) is in the early morning so it has all day to be absorbed. You can buy a sprinkler with an automatic timer to reduce water waste, or even put in an irrigation system. If you water during mid-day, the water will end up evaporating too quickly.

 

Wildlife can help bring your garden to life. Butterflies, birds, and bees entertain us but they also need us to be able to thrive in the local environment. Planting a variety of flowers, trees and shrubs on your property will offer food and shelter to encourage the growth of attracting wildlife.

Incorporate Native Plants

Native plants are plants that naturally occur in the area where you live and are the best for birds and other wildlife. Native plants provide nectar for hummingbirds, butterflies, and bees. Plants provide yummy seeds and fruit for birds and a safe place to nest. Native plants are also a vital part of the ecosystem because native insects feed on native plants. And native birds need those insects to feed their young.

Grow Flowers Rich With Pollen And Nectar

By choosing nectar and pollen-rich plants will attract wildlife. A series of blooming annuals, perennials and shrubs is best so nectar and pollen will continue to be available throughout the year. If you have a small yard you can still offer a planter with a few well-chosen species of plants. In order to protect pollinators, don’t use pesticides on open blossoms or when bees or other pollinators are present.

Provide Food And Water

Consider adding special feeders to help attract hummingbirds and butterflies. Bees, birds, and butterflies also need a water source. You can install a water garden or a bird bath that will serve as a watering hole and decor for your yard. Butterflies are attracted to muddy puddles and get necessary nutrients, as well as water.

Plants That Attract Butterflies

• Alyssum
• Aster
• Bee balm
• Butterfly bush
• Daylily
• Delphinium
• Lavender
• Liatris
• Marigold
• Sage
• Yarrow
• Zinnia

Plants That Attract Butterfly Caterpillars

• Fennel
• Grasses
• Hollyhocks
• Milkweed
• Nettle
• Thistle
• Willow

Plants That Attract Hummingbirds

• Bee balm
• Begonia
• Bleeding heart
• Butterfly weed
• Canna
• Columbine
• Coral bells (heuchera)
• Cleome
• Delphinium
• Foxglove
• Fuchsia
• Hollyhocks
• Verbena
• Zinnia

 

1. Don’t wake up the seeds

There are always weed seeds that lie dormant in the soil. The seeds are waiting for the sunshine to start to germinate or be awoken from a long slumber. To avoid awakening the weed seeds, don’t disturb the soil. Disturbing the soil includes tilling and cultivating. But that seems somewhat impossible when trying to plant new flowers, plants or grass. When planting flowers or plants, sow the seeds above the ground in a small mound of topsoil or compost.

2. Fight the weeds before they sprout

An effective way to prevent weeds is by using a pre-emergent herbicide that will stop weed seeds from ever germinating but won’t kill existing plants and grasses.

The tricky part is determining when to apply a pre-emergent because it must be applied before the weed seeds have time to germinate underground. The best way to know when to apply a pre-emergent is to make note of the date when you see the first weeds in the yard or garden. Then, mark your calendar 3 weeks before that date for next spring and apply the pre-emergent then.

You can also start from scratch by using a non-selective herbicide. This will kill whatever it sprays. It is also recommended to use organic options to prevent harmful synthetic build up in the soil. A great option is Mirimichi Green Weed Control. It is organic, OMRI listed and will show results in 24 hours.

3. Promote healthy plants & grass

If there is healthy grass, weeds will have less room to grow in the lawn. To promote a healthy lawn, reseed bald patches and fertilize if a soil suffers from nutrient deficiencies. By maintaining a healthy lawn, fewer weeds will arise. Nutri-Turf has the ideal balance of nutrients for all grass types and will keep the lawn lush.

4. Keep your plants close

Planting closely together will provide more shade to the soil below, which will prevent weed seeds from getting sunlight and allow less room for weeds to grow. You can usually reduce the recommended planting space on the packaging by about 25 percent. However, most spacing recommendations are based on the prediction that adjoining plants will not touch at their mature size, so follow the guidelines if you are planting plants that are prone to foliar diseases.

5. Create an organic barrier

Spreading an organic barrier around plants will submerge weed seeds and prevent light from starting germination all while keeping your plants cool. Organic barriers are best such as mulches. Mulches can host crickets and carabid beetles, which will feed on weed seeds. To create the organic barrier, spread mulch 2 to 4 inches deep around your plant bed.

 

Did you know that the name Mirimichi was chosen for its Native American meaning: “place of happy retreat”? Here at Mirimichi Green, we believe that happiness starts from the ground up. Mirimichi Green has picked the Top 10 Beautiful, Sustainable, and Eco-Friendly Landscapes. The list of landscapes below are just as beautiful as they are eco-friendly and sustainable because they use Mirimichi Green products.

1. Broken Sound Club – Boca Raton, FL

Broken Sound Club has taken a sustainable initiative to the golf industry. They have incorporated CarbonizPN, Nutri-Release, Nutri-Kelp and Nutri-Turf into their golf maintenance program.

 

2. Arizona State University – Tempe, AZ

Arizona State University is all about giving back to the community with this community garden. Not only does the community benefit, but so does the garden. This garden is using CarbonizPN to enhance the soil.

 

3. Oriole Park at Camden Yards – Baltimore, MD

The Orioles grounds management crew hit a home run by incorporating CarbonizPN into their program.

 

4. Tryon International Equestrian Center – Mill Springs, NC

Not only do they have a great jump, but they have great turf too! Tryon International Equestrian Center (TIEC) blended CarbonizPN into their custom footing to grow deep roots and reduce compaction. TIEC also mixes Nutri-Release, Nutri-Kelp and Nutri-Turf to spray the cross country course and derby field with.

 

5. Albany Golf Club – New Providence, Bahamas 

Sandy soil has little to no nutrients and the Bahamas is no different. The Albany Golf Club uses Release 9-0-1 C to put carbon and other macro and micronutrients back into the soil to create a healthy soil profile.

 

6. North Shore Country Club – Glenview, IL

North Shore Country Club (NSCC) is mindful of its’ community and environment. NSCC strives to use sustainable inputs and does so by using all of Mirimichi Green’s products.

 

7. Duke University – Durham, NC

A prestigious university needs a prestigious campus. Not only does Duke University’s Wallace Wade Stadium apply Mirimichi Green’s CarbonizPN and Nutri-Release but the products are used throughout the school’s grounds too.

 

8. The “Living Wall” at Grande Dunes – Myrtle Beach, SC

The Living Wall was created to help with erosion control issues at a new development site in Myrtle Beach. Grande Dunes incorporated CarbonizPN into the soil mix when the seed was applied. A luscious, vibrant living wall was the result.

 

9. University of Kentucky – Lexington, KY

To minimize compaction issues on the University of Kentucky soccer field, the grounds crew topdressed the field with CarbonizPN. Now with carbon in the soil profile, the field is in its’ prime.

 

10. Bellagio – Las Vegas, NV

What happens in Vegas, doesn’t have to stay in Vegas! The Bellagio treated struggling trees on the property with Mirimichi Green’s Tree & Shrub, Nutri-Kelp and Nutri-Release.

 

No matter what project or industry, Mirimichi Green products can and will make a sustainable difference resulting in a beautiful and eco-friendly landscape.

1. Don’t Over-Water

Many people over-water which is not only wasteful but it means you are doing more work than you need to. To determine if it is time to water, look at the soil about a spade deep down. If the soil is damp, leave it alone; if it’s dry, it’s time to water. Watering in the evening when it is cooler also reduces evaporation, which saves on water usage.

2. Not all Soils Need the Same Amount of Water

Take into account the soil type when determining how much you should water. Light sandy soils need to be watered more frequently than heavy soils.

3. Collect Rainwater

Collecting rainwater is simple. Just divert the water from your drainpipe into a bucket or bin. And the best part is that saves water and it’s free! You can then use the collected water to dilute Mirimichi Green fertilizers and soil additives.

4. Choose Native Plants

Choosing native plants will require little or no water beyond what nature provides. Native plants are used to the environment, therefore, the plants will thrive.

5. Choose the Right Soil

Choosing the right soil is not only important for water usage, but it is important for the health of your plants. Mirimichi Green CarbonizPN Soil Enhancer helps plants thrive by improving the efficiency of your soil and soil structure. CarbonizPN Soil Enhancer is a professional blend of premium organics and USDA Certified Biobased Carbon that remains in the soil to increase fertility and water absorption while decreasing nutrient leaching. CarbonizPN also promotes a healthy, long-lasting biological rhizome.

Click here for a list of distributors!