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Wicked Organics Iron Sulfate

Product Overview

Description

Wicked Organics Iron Sulfate is your go-to solution for addressing iron deficiency and chlorosis in your garden. As a family-owned business with over 78 years of heritage in Littleton, NH, we understand the importance of maintaining healthy, vibrant plants. Our Iron Sulfate product is OMRI-listed, ensuring it meets the highest organic standards. This fast-acting formula is specifically designed for lawns, azaleas, blueberries, citrus, and other iron-deficient plants.

Iron Sulfate, or Ferrous Sulfate, is a key ingredient in promoting deep green foliage and correcting yellowing leaves caused by iron deficiency. By lowering the soil pH, it creates an environment where plants can better absorb essential nutrients, leading to healthier growth. This makes it especially beneficial for acid-loving plants.

Our Iron Sulfate is easy to apply and delivers visible results quickly. Simply follow the application instructions to give your garden the iron boost it needs. Whether you're a professional landscaper or a home gardener, our product is designed to meet your needs with its powerful, yet eco-friendly formula.

Wicked Organics is committed to a soil-first, sustainable approach, ensuring that our products not only benefit your plants but also the environment. With a 4.7-star rating from over 20,000 satisfied customers, you can trust us to deliver quality and results. Experience the difference of a greener, healthier garden with Wicked Organics Iron Sulfate.

Highlights

Transform your garden with Wicked Organics Iron Sulfate, a powerful, OMRI-listed iron supplement designed to tackle chlorosis and iron deficiency. Ideal for lawns, azaleas, blueberries, and citrus plants, this fast-acting solution enhances the lush green color of your garden while naturally lowering soil pH. Trusted by over 20,000 customers, our eco-friendly formula is perfect for maintaining vibrant, healthy foliage. Experience the Wicked Organics difference and rejuvenate your plants with our soil-first, sustainable approach.

The Science Behind It

How It Works

Wicked Organics Iron Sulfate is a powerhouse when it comes to addressing iron deficiency in plants, commonly known as chlorosis. This condition manifests as yellowing leaves with green veins, primarily affecting new growth. The science behind Wicked Organics Iron Sulfate lies in its active ingredient, ferrous sulfate, which is a highly soluble form of iron. When applied to soil, ferrous sulfate rapidly dissolves, releasing iron ions that are readily absorbed by plant roots.

Iron is a crucial micronutrient that plays a vital role in the synthesis of chlorophyll, the green pigment essential for photosynthesis. Without sufficient iron, plants cannot efficiently convert sunlight into energy, leading to stunted growth and poor health. By supplying a fast-acting source of iron, Wicked Organics Iron Sulfate helps plants quickly overcome deficiencies, restoring their ability to produce chlorophyll and maintain a vibrant green color.

Additionally, ferrous sulfate contributes to lowering soil pH, making it particularly beneficial for acid-loving plants like azaleas, blueberries, and citrus. These plants thrive in slightly acidic conditions, and by adjusting the pH, iron sulfate enhances nutrient availability in the soil. This dual action of providing essential iron and modifying soil pH makes Wicked Organics Iron Sulfate an effective solution for promoting healthy, lush growth in a variety of plants and lawns. Its OMRI-listed status ensures that it meets organic standards, aligning with sustainable and eco-friendly gardening practices.

Soil Biology

Wicked Organics Iron Sulfate plays a significant role in enhancing soil biology, particularly for soils suffering from iron deficiency and high pH levels. The application of iron sulfate introduces soluble iron ions into the soil, which are essential for the metabolic processes of microorganisms. These microorganisms, in turn, help decompose organic matter, releasing nutrients that are vital for plant growth.

Moreover, by lowering the soil pH, iron sulfate creates a more favorable environment for the proliferation of beneficial soil microbes. Many of these microbes thrive in slightly acidic conditions, which are often optimal for nutrient cycling and organic matter breakdown. This improved microbial activity enhances soil structure, increases nutrient availability, and promotes healthier root systems.

The presence of iron also supports the formation of enzyme systems within plants and microbes that are crucial for nitrogen fixation and other biochemical processes. By fostering a balanced and active soil ecosystem, Wicked Organics Iron Sulfate not only corrects iron deficiency but also contributes to a more resilient and productive soil environment, supporting sustainable and eco-friendly agricultural practices.

Nutrients Available

Wicked Organics Iron Sulfate is characterized by its NPK value of 0-0-0, which may initially seem unusual for a fertilizer. However, this product is specifically designed to address iron deficiency rather than provide primary macronutrients like nitrogen (N), phosphorus (P), or potassium (K).

The absence of NPK nutrients means that Wicked Organics Iron Sulfate focuses solely on supplying iron, a crucial micronutrient that is often overlooked yet vital for plant health. Iron is essential for chlorophyll synthesis, which is necessary for photosynthesis and overall plant vigor. By correcting iron deficiencies, this product ensures that plants can efficiently utilize the macronutrients already present in the soil or provided through other fertilizers.

In essence, while Wicked Organics Iron Sulfate does not contribute to the NPK values directly, it plays a pivotal role in optimizing nutrient uptake by enhancing chlorophyll production and improving overall plant health. This targeted approach allows gardeners to address specific deficiencies without altering the balance of primary nutrients in their soil, making it an ideal supplement for integrated nutrient management strategies.

How to Apply

Rate: 1 cup per 100 square feet | Frequency: Every 6-8 weeks | Best Time: Early spring or fall

1

Prepare the Soil

Begin by loosening the soil in your garden bed using a garden fork or tiller. This will help the iron sulfate penetrate the soil more effectively and reach the roots of your plants.

Pro Tip:

Test your soil pH before application to ensure it will benefit from acidification.

Avoid:

Do not apply to overly wet soil as this can lead to uneven distribution.

2

Measure and Apply Iron Sulfate

Measure the appropriate amount of Wicked Organics Iron Sulfate based on the size of your garden bed. Evenly distribute the iron sulfate across the soil surface.

Pro Tip:

Use a hand spreader for even distribution.

Avoid:

Avoid over-application as this can lead to plant stress.

3

Incorporate into Soil

Gently rake or till the iron sulfate into the top 2-3 inches of soil to ensure it is well integrated.

Pro Tip:

Water the area lightly after incorporation to activate the iron sulfate.

Avoid:

Do not incorporate too deeply as this can bypass the root zone.

4

Water Thoroughly

Water the garden bed thoroughly to help the iron sulfate dissolve and begin correcting any iron deficiencies.

Pro Tip:

Water in the early morning to reduce evaporation and maximize absorption.

Avoid:

Avoid watering during the hottest part of the day to prevent water loss.

Rate: 1/2 cup per 50 square feet | Frequency: Every 6-8 weeks | Best Time: Early spring or fall

1

Assess Soil Condition

Check the soil moisture and pH levels in your raised bed to ensure they are suitable for iron sulfate application.

Pro Tip:

Keep a record of previous applications to avoid overuse.

Avoid:

Do not apply to waterlogged soil as it can cause runoff.

2

Calculate Required Amount

Determine the amount of Wicked Organics Iron Sulfate needed based on the surface area of your raised bed.

Pro Tip:

Keep a record of previous applications to avoid overuse.

Avoid:

Avoid guessing; always measure the exact amount needed.

3

Spread Evenly

Distribute the iron sulfate evenly across the soil surface using a small hand spreader or by hand with gloves.

Pro Tip:

For best results, apply when the soil is slightly damp.

Avoid:

Do not pile the product in one spot as it can burn plant roots.

4

Water to Activate

Gently water the raised bed to help the iron sulfate dissolve and begin working in the soil.

Pro Tip:

Water evenly to ensure all areas of the bed receive adequate moisture.

Avoid:

Avoid overwatering which can cause nutrient leaching.

Rate: 1 tablespoon per plant | Frequency: Every 6-8 weeks | Best Time: Early morning or late afternoon

1

Identify Deficient Plants

Look for signs of iron deficiency such as yellowing leaves with green veins on your plants.

Pro Tip:

Spot treat only the plants that show signs of deficiency to conserve resources.

Avoid:

Do not apply to healthy plants unnecessarily.

2

Measure Correct Amount

Measure a small amount of Wicked Organics Iron Sulfate for each plant, typically around 1 tablespoon per plant.

Pro Tip:

Use a dedicated measuring spoon to ensure accuracy.

Avoid:

Avoid using too much as it can harm the plant.

3

Apply Around Base

Sprinkle the iron sulfate around the base of the plant, avoiding direct contact with the stem or leaves.

Pro Tip:

Gently work the product into the top layer of soil with your fingers.

Avoid:

Do not apply directly on the plant foliage to prevent burning.

4

Water In

Water the plant thoroughly to help the iron sulfate dissolve and reach the root zone.

Pro Tip:

Use a gentle spray to avoid disturbing the soil.

Avoid:

Avoid using high-pressure water which can wash away the product.

Wicked Organics Iron Sulfate

Product Overview

Description

Highlights

The Science Behind It

How It Works

Soil Biology

Nutrients Available

How to Apply

1

2

3

4

1

2

3

4

1

2

3

4

Key Benefits

OMRI-listed for organic gardening, ensuring eco-friendly practices.

Free from synthetic chemicals, promoting a healthier environment.

Naturally occurring iron sulfate supports sustainable soil management.

Corrects chlorosis and iron deficiency, reducing plant stress naturally.