Can you use miracle grow on weed plants – Can you use Miracle-Gro on weed plants? That’s the million-dollar question for many aspiring cannabis cultivators. The lure of easy, off-the-shelf nutrients is strong, but the world of weed is a delicate ecosystem, and a one-size-fits-all approach can lead to more headaches than harvests. We’re about to embark on a journey, a botanical adventure if you will, to unravel the mysteries of Miracle-Gro and its potential impact on your precious plants.
We’ll explore the chemical makeup, the potential benefits, and the lurking pitfalls, all while charting a course toward a bountiful, flavorful, and potent final product.
We’ll delve into the specific needs of cannabis, comparing them to those of your average garden variety tomato, because, let’s face it, your cannabis plant is a bit of a diva. We’ll uncover the potential risks, the telltale signs of trouble, and the environmental considerations of using synthetic fertilizers. But fear not, dear cultivator, for we won’t leave you stranded! We’ll illuminate alternative paths, exploring organic options that might just unlock a whole new level of flavor and aroma.
Finally, for those who choose the Miracle-Gro route, we’ll offer a survival guide – a roadmap to minimize risks and maximize your chances of a successful, and safe, harvest.
Understanding the Composition of Miracle-Gro and Its Potential Impact on Cannabis Plants: Can You Use Miracle Grow On Weed Plants
Miracle-Gro, a household name in gardening, is often considered by cannabis cultivators. Understanding its composition and potential effects on cannabis plants is essential before application. This knowledge will enable informed decisions, optimizing plant health and the quality of the final product.
Primary Ingredients and Interactions
Miracle-Gro products are primarily formulated to provide plants with essential nutrients for optimal growth. These products typically contain a blend of macronutrients, micronutrients, and other additives designed to support various stages of plant development.The core components of Miracle-Gro include nitrogen (N), phosphorus (P), and potassium (K), often referred to as the NPK ratio. Nitrogen, typically in the form of ammonium nitrate (NH₄NO₃) or urea (CO(NH₂)₂), is crucial for chlorophyll production, leading to vigorous green growth.
Phosphorus, often supplied as monopotassium phosphate (KH₂PO₄) or other phosphate salts, supports root development, flowering, and overall energy transfer within the plant. Potassium, frequently provided as potassium chloride (KCl) or potassium sulfate (K₂SO₄), is essential for water regulation, enzyme activation, and disease resistance. These macronutrients are absorbed through the roots and transported throughout the plant, where they are used in various metabolic processes.Beyond NPK, Miracle-Gro formulations include micronutrients such as iron (Fe), manganese (Mn), zinc (Zn), copper (Cu), boron (B), and molybdenum (Mo).
These micronutrients are needed in smaller quantities but are critical for various enzymatic reactions and plant functions. For instance, iron is vital for chlorophyll synthesis, while zinc plays a role in growth hormone production. The interaction of these nutrients within plant cells is complex. They influence each other’s uptake and utilization, as well as the overall health and vigor of the plant.However, over-application of Miracle-Gro can lead to nutrient burn, characterized by yellowing or browning of leaf tips and edges, and potentially, stunted growth.
The high salt content in some formulations can also negatively impact soil structure and beneficial microbial life. It is crucial to follow the manufacturer’s instructions and monitor the plants’ response to avoid these detrimental effects. For instance, excess nitrogen can cause excessive vegetative growth at the expense of flower development, while a phosphorus deficiency can hinder flowering and fruit production.
NPK Ratios and Growth Stages
The NPK ratio of a fertilizer plays a significant role in how it affects the growth of a cannabis plant. Different ratios are better suited for specific stages of the plant’s life cycle. The following table provides a comparison of NPK ratios found in several popular Miracle-Gro formulas and their potential impact on cannabis growth stages:
| Miracle-Gro Formula | NPK Ratio | Seedling Stage (0-2 Weeks) | Vegetative Stage (2-8 Weeks) | Flowering Stage (8+ Weeks) |
|---|---|---|---|---|
| Miracle-Gro All Purpose Plant Food | 24-8-16 | Not Ideal: High nitrogen may cause nutrient burn or excessive leaf growth. | Suitable: High nitrogen supports vegetative growth; moderate phosphorus and potassium. | Potentially Problematic: High nitrogen can hinder flower development; low phosphorus and potassium. |
| Miracle-Gro Bloom Booster Flower Food | 15-30-15 | Not Recommended: Unbalanced for seedling needs. | Suitable: Low nitrogen, but the high phosphorus and potassium can still be used in moderation. | Ideal: High phosphorus and potassium promote flower development; lower nitrogen. |
| Miracle-Gro Water Soluble Tomato Plant Food | 18-18-21 | Moderate: Balanced, but potentially too strong for seedlings. | Suitable: Balanced NPK supports vegetative growth. | Potentially Suitable: Higher potassium supports flowering, but nitrogen may still be too high. |
| Miracle-Gro Performance Organics All Purpose Plant Nutrition | 10-5-10 | Suitable: Moderate nitrogen and potassium, lower phosphorus. | Suitable: Supports vegetative growth. | Suitable: Balanced NPK for flowering. |
As the table shows, the choice of Miracle-Gro formula should be carefully considered based on the cannabis plant’s current growth stage. For example, a formula with a higher phosphorus and potassium ratio is more appropriate during the flowering stage to encourage bud development.
Impact on Taste, Aroma, and Potency
The use of Miracle-Gro can have significant effects on the final cannabis product’s taste, aroma, and potency. The presence and concentration of nutrients in the plant’s tissues directly influence the production of terpenes and cannabinoids, the compounds responsible for these characteristics.The potential for positive consequences involves proper nutrient management, which can lead to healthier plants and potentially enhance the quality of the final product.
For instance, adequate potassium levels are essential for the synthesis of sugars, which can contribute to a sweeter taste.However, there are also negative consequences to consider. Over-fertilization with Miracle-Gro can lead to nutrient imbalances and the accumulation of salts in the plant tissues. This can result in a harsh, unpleasant taste and aroma. Moreover, excessive nitrogen can interfere with the production of terpenes and cannabinoids, reducing the overall potency and quality of the final product.
For example, a plant with nitrogen toxicity might produce buds that lack the desired aroma and flavor profile.Another concern is the potential for residual fertilizer in the final product if flushing is not performed correctly before harvest. Flushing involves using plain water to remove excess nutrients from the plant’s tissues, ensuring a cleaner, smoother smoke and preserving the plant’s natural flavors and aromas.
Failure to flush properly can result in a “chemical” taste and a less enjoyable experience for the consumer.
Evaluating the Specific Needs of Cannabis Plants and How They Differ from the Requirements of Other Plants
Let’s delve into the fascinating world of cannabis cultivation and compare its nutritional demands with those of other plants. Understanding these differences is crucial for any grower, ensuring optimal plant health and maximizing yields. We’ll examine the specific needs of cannabis across its life cycle, comparing and contrasting them with the requirements of more common garden plants.
Nutrient Requirements of Cannabis Plants During Different Growth Stages
Cannabis plants, like all plants, require a balanced diet of macronutrients (nitrogen, phosphorus, and potassium) and micronutrients (boron, iron, manganese, etc.) to thrive. However, the ratios and quantities of these nutrients change significantly depending on the growth stage. Proper pH levels are also critical for nutrient absorption.During the vegetative stage, cannabis plants prioritize growth, developing robust stems, leaves, and root systems.
Nitrogen (N) is the primary driver here, fueling the production of chlorophyll and promoting lush green foliage. Phosphorus (P) and potassium (K) are also important, but in lower quantities than nitrogen. Micronutrients like iron (Fe), manganese (Mn), and zinc (Zn) are essential for various enzymatic processes and overall plant health. The ideal pH range for nutrient absorption during this stage is generally between 6.0 and 6.5 in soil-based mediums.As the plant transitions into the flowering stage, the nutrient requirements shift dramatically.
Nitrogen needs decrease, as the plant’s focus moves from vegetative growth to flower production. Phosphorus (P) becomes increasingly important, fueling the development of buds. Potassium (K) remains crucial for overall plant health and bud development. Micronutrients continue to play a vital role, supporting the complex metabolic processes involved in flowering. The optimal pH range often remains similar to the vegetative stage, although some growers may slightly adjust it based on their specific growing medium and practices.During the late flowering stage, some growers may slightly reduce nutrient levels to help the plant “ripen” and improve the flavor profile of the buds.
This is a delicate balance, and careful observation of the plant is essential.
Differences in Nutrient Uptake and Utilization Between Cannabis Plants and Other Common Garden Plants
While all plants require the same basic nutrients, the way they utilize them can vary greatly. Here’s a comparison between cannabis and other common garden plants, highlighting key differences:Cannabis plants are often grown under high-intensity lighting, which can increase their nutrient demands. Tomatoes and roses, while also light-loving, may not require quite the same intensity, especially in outdoor settings. The growing medium also plays a role.
Cannabis growers frequently use soilless mediums like coco coir or hydroponic systems, which require precise nutrient management.* Light Intensity: Cannabis plants often thrive under higher light intensities than tomatoes or roses, leading to increased nutrient uptake and utilization rates. Imagine a high-performance engine needing more fuel; cannabis operates similarly.
Growing Medium
Cannabis is frequently cultivated in soilless mediums (hydroponics, coco coir) offering greater control over nutrient delivery. Tomatoes and roses are commonly grown in soil, which naturally buffers nutrient availability, although amended soil can also provide a high degree of control.
Nutrient Ratios
Cannabis typically requires higher nitrogen levels during the vegetative stage and higher phosphorus and potassium levels during flowering. Tomatoes and roses have different ideal ratios, depending on the variety and stage of growth.
Micronutrient Needs
While all plants need micronutrients, the specific amounts and ratios can vary. Cannabis, for example, may exhibit unique sensitivities to deficiencies in certain micronutrients, especially when grown under intense lighting conditions.
Watering Frequency
Cannabis often requires more frequent watering than tomatoes or roses, especially in soilless mediums, which can influence nutrient uptake.
Summary of Key Differences in Nutrient Needs, Can you use miracle grow on weed plants
Cannabis plants have distinct nutrient needs compared to plants Miracle-Gro is typically designed for. They often require higher nitrogen during the vegetative stage, increased phosphorus during flowering, and a more precise control over pH and micronutrient availability. These differences are amplified by factors such as light intensity and the growing medium. Understanding these variances is paramount for successful cannabis cultivation.
Assessing the Potential Risks of Using Miracle-Gro on Cannabis Plants, Including Nutrient Burn and Other Issues
Let’s delve into the potential pitfalls of using Miracle-Gro on your cannabis plants. While the promise of lush growth and abundant yields is enticing, it’s crucial to understand the risks involved. Over-fertilization, in particular, can quickly turn your green dreams into a botanical nightmare. This section will explore the specific dangers and how to identify and mitigate them.
Risks of Over-Fertilization
Over-fertilizing cannabis with Miracle-Gro can lead to a host of problems, the most common being nutrient burn. Nutrient burn is essentially an overdose of nutrients, causing damage to the plant’s delicate tissues. Think of it like giving a child too much candy – it can lead to sickness and discomfort. The same principle applies here, but instead of a stomach ache, your cannabis plant suffers from physical damage.The initial signs of nutrient burn often manifest as yellow or brown tips on the leaves, starting at the edges.
As the condition worsens, these tips can curl upwards, becoming crispy and dry. Imagine the leaves looking like they’ve been scorched by the sun. In severe cases, the entire leaf can turn brown and fall off. It’s like watching your plant slowly wither.Another serious consequence of over-fertilization is nutrient lockout. This occurs when the excessive salt buildup from fertilizers in the soil prevents the plant from absorbing essential nutrients, even if those nutrients are present.
The plant essentially starves, despite being surrounded by food. This is like being stranded in a grocery store with no way to open the food. Symptoms of nutrient lockout can mimic nutrient deficiencies, making diagnosis tricky. The plant may exhibit yellowing leaves (chlorosis), stunted growth, and overall poor health.Furthermore, over-fertilization can disrupt the pH balance of the soil, making it either too acidic or too alkaline.
Cannabis plants thrive within a specific pH range, typically between 6.0 and 7.0 in soil. Deviations from this range can hinder nutrient uptake and lead to various deficiencies.Let’s say you’re using a fertilizer with a high nitrogen (N) content during the flowering stage. This can lead to an excess of nitrogen, causing the plant to produce lush, vegetative growth at the expense of flower development.
The buds might be smaller, less dense, and have a lower cannabinoid content. Imagine the plant focusing on growing more leaves instead of producing the delicious buds you are looking forward to.
Environmental Consequences of Over-Fertilizing
Over-fertilizing cannabis plants isn’t just a problem for the plants themselves; it also poses environmental risks. The runoff from over-watered plants, laden with excess fertilizer, can contaminate water sources and harm soil health.
- Water Contamination: When you water your plants, any excess fertilizer that isn’t absorbed by the roots can leach into the surrounding soil. This runoff can then make its way into nearby streams, rivers, and groundwater. The high levels of nitrogen and phosphorus in the fertilizer can lead to eutrophication, a process where excessive nutrients cause algal blooms. These blooms deplete the oxygen in the water, harming aquatic life.
Imagine a once-clear stream choked by green algae, suffocating the fish and other organisms.
- Soil Degradation: Over-fertilization can also degrade soil health. The buildup of salts from the fertilizer can make the soil less able to absorb water and air, hindering root growth and overall plant health. The microbial balance in the soil, which is crucial for nutrient cycling, can also be disrupted. Consider the soil as a living ecosystem; excessive fertilizer can throw this ecosystem out of balance, making it less fertile and productive over time.
Visual Guide: Identifying Nutrient Deficiencies and Toxicities
Understanding the signs of nutrient imbalances is crucial for maintaining healthy cannabis plants. This visual guide will help you differentiate between problems caused by over-fertilization with Miracle-Gro and those related to other factors.
| Symptom | Likely Cause | Description | Example |
|---|---|---|---|
| Yellowing of Lower Leaves | Nitrogen Deficiency | Older leaves turn yellow, starting at the base of the plant and moving upwards. Veins may remain green initially. | Imagine the plant’s lower leaves looking like they are gradually fading to yellow, like autumn leaves, while the newer growth remains vibrant. |
| Yellow or Brown Leaf Tips and Edges | Nutrient Burn (Excess Nutrients) | Tips and edges of leaves turn yellow or brown, often curling upwards. Can progress to the entire leaf. | Visualize the leaves having a burnt appearance, as if they have been touched by a flame, starting at the tips and edges. |
| Interveinal Chlorosis (Yellowing Between Veins) | Magnesium Deficiency (or other nutrient lockout) | Yellowing of leaf tissue between the veins, while the veins remain green. | Picture the leaves looking like a green skeleton with yellow flesh in between the veins. |
| Stunted Growth | Multiple Causes (Nutrient Lockout, pH Imbalance, etc.) | Plant growth slows or stops. Leaves may be small and deformed. | Imagine a plant that is failing to reach its expected size, staying small and possibly looking unhealthy. |
| Dark Green Leaves with Clawing | Nitrogen Toxicity | Leaves are unusually dark green and claw downwards. | Picture the leaves curling downwards like a claw, and having a very dark green color, almost black. |
| Brown Spots on Leaves | Potassium Deficiency (or other) | Small, brown spots appear on the leaves, which may spread and merge. | Visualize small brown spots on the leaves, which can spread, giving a diseased appearance. |
Exploring Alternative Nutrient Solutions and Organic Options for Cannabis Cultivation
Finding the right nutrition for your cannabis plants is crucial, like choosing the right ingredients for a gourmet meal. While Miracle-Gro offers a quick fix, exploring alternatives opens up a world of possibilities, from potent flavors to a healthier planet. This section dives into the fascinating realm of organic and alternative nutrient solutions, providing you with the knowledge to make informed decisions for your green companions.
Comparing Alternative Nutrient Solutions
There are many paths to achieving vibrant cannabis plants. Let’s compare some common options, keeping in mind that each has its strengths and weaknesses.
- Compost Tea: Think of this as a supercharged brew for your plants. Compost tea involves steeping compost in water, often with added ingredients like molasses to feed beneficial microbes. This process creates a nutrient-rich liquid teeming with beneficial bacteria and fungi that improve soil health and nutrient uptake. The advantage is its ability to boost the soil’s ecosystem and provide a wide range of nutrients in a readily available form.
The downside is that it requires more preparation time, can be messy, and the quality of the compost significantly impacts the final product. It’s like making sourdough; the starter is key.
- Worm Castings: Also known as “black gold,” worm castings are the waste product of earthworms. They’re packed with essential nutrients and beneficial microbes, making them an excellent soil amendment and a gentle, yet effective, fertilizer. The benefit lies in their slow-release nature, reducing the risk of nutrient burn, and their ability to improve soil structure. However, worm castings can be more expensive than other options, and the nutrient content can vary depending on the worms’ diet.
- Other Organic Fertilizers: This category encompasses a vast array of options, including kelp meal, bone meal, blood meal, and bat guano. Each offers a unique nutrient profile. Kelp meal, for example, is rich in micronutrients and growth hormones. Bone meal provides phosphorus, crucial for root development. Blood meal is a nitrogen powerhouse.
Bat guano offers a balanced nutrient profile. The advantage is the targeted approach, allowing you to tailor your feeding regimen to the plant’s specific needs. The disadvantage is the need to understand the specific nutrient content of each product and how it interacts with your soil.
- Synthetic Fertilizers (like Miracle-Gro): These fertilizers are manufactured to provide a specific nutrient profile, offering readily available nutrients for quick results. The advantage is the ease of use and the ability to quickly address nutrient deficiencies. The disadvantage, as we’ve discussed, is the potential for nutrient burn, the environmental impact of manufacturing, and the lack of soil-building benefits.
Organic Fertilizers vs. Synthetic Fertilizers: Pros and Cons
Choosing between organic and synthetic fertilizers is like deciding between a fast food meal and a home-cooked one. One is quick and convenient, while the other offers more long-term benefits, but requires more effort.
| Feature | Organic Fertilizers | Synthetic Fertilizers (e.g., Miracle-Gro) | Notes |
|---|---|---|---|
| Cost | Generally more expensive upfront, but can be cost-effective long-term. | Often cheaper initially. | Consider the long-term benefits and the potential for soil improvement. |
| Ease of Use | Can require more preparation (e.g., brewing compost tea). Nutrient availability may vary. | Easy to use, with pre-mixed solutions and clear instructions. | Consider your time and willingness to learn. |
| Environmental Impact | Environmentally friendly; improves soil health and reduces runoff. | Can contribute to soil degradation, water pollution, and greenhouse gas emissions. | Prioritize sustainable practices for a healthier planet. |
| Nutrient Availability | Slow-release; nutrients are released gradually, improving soil health. | Fast-release; nutrients are readily available, but can lead to nutrient burn. | Observe your plants for signs of deficiencies or excesses. |
Creating a Simple Organic Nutrient Solution
Creating your own organic nutrient solution can be a rewarding experience. It’s like becoming a kitchen alchemist, transforming simple ingredients into a potent elixir for your plants. Here’s a basic recipe, adaptable to your needs.
- Gather Your Materials: You’ll need a large bucket (5-gallon is ideal), water (preferably dechlorinated), compost (well-aged), and unsulphured molasses (optional, for feeding microbes).
- The Brew: Fill the bucket with water. Add about a cup of compost per gallon of water. If using molasses, add a tablespoon per gallon.
- Aeration (Important): Use an aquarium air pump and air stone to oxygenate the solution. This is crucial for the beneficial microbes to thrive. Place the air stone at the bottom of the bucket and let it bubble for 24-48 hours.
- Application: Strain the tea through a cheesecloth or a fine mesh bag before use. Dilute the tea with water (usually 1:1 or 1:2) before feeding your plants.
- Variations: Experiment with different composts (vegetable scraps, worm castings), or add other ingredients like kelp meal or bat guano to customize your solution. Always observe your plants and adjust accordingly.
Remember, patience is key. Organic solutions often take longer to show results, but the long-term benefits to your plants and the environment are well worth the wait. This process allows you to connect with nature, becoming a steward of the soil and a nurturer of life.
Examining Best Practices for Using Miracle-Gro on Cannabis Plants, if Decided Upon, to Minimize Risks
So, you’ve weighed the pros and cons and decided to roll the dice with Miracle-Gro on your cannabis crop. Okay, let’s navigate this, shall we? Remember, the goal here isn’t to convert you, but to give you the best shot at successif* you’re already committed to this path. Proceed with caution, patience, and a healthy dose of observation.
Mitigating Risks with Miracle-Gro: Dilution, Application, and Monitoring
The key to minimizing the potential downsides of using Miracle-Gro lies in careful management. Think of it like walking a tightrope – one wrong step and… well, let’s just avoid the fall. Over-fertilization is a major risk, so dilution is paramount. Start with a
significantly* weaker solution than the package recommends. The general rule is
less is more. Monitor your plants closely for any signs of nutrient burn, which often manifests as yellowing or browning tips on the leaves.Begin with a dilution rate that is roughly one-quarter to one-half of the recommended strength for vegetables. For example, if the package suggests 1 tablespoon per gallon of water, try using only ¼ to ½ tablespoon.
Always use fresh, pH-balanced water. Applying the solution is best done with a watering can or a dedicated irrigation system, ensuring even distribution throughout the root zone. Avoid getting the solution on the leaves as much as possible, as this can lead to leaf burn. The frequency of application depends on the stage of growth and the specific Miracle-Gro product you’re using.
However, a general guideline is to feed every other watering or every third watering.Regularly check the pH of your soil or growing medium. Cannabis plants prefer a slightly acidic environment. Use a pH meter to measure the runoff water, and adjust accordingly. Flushing the soil with plain, pH-balanced water between feedings can help prevent the buildup of salts and maintain optimal nutrient uptake.
Keep a detailed record of your feeding schedule, the dilution rates used, and any observations about your plants’ health. This will help you identify trends and adjust your approach as needed. Be patient and observant. The plants will tell you what they need, but you have to learn to listen. Remember, success here hinges on your diligence and ability to adapt.
Miracle-Gro Feeding Schedule for Cannabis (Example)
Here’s a sample feeding schedule, assuming you’re using a Miracle-Gro product suitable for general plant growth. Remember, this is a starting point, and you
must* adjust based on your plant’s response.
- Seedling Stage (First 2-3 Weeks): Avoid Miracle-Gro entirely. Seedlings are very sensitive. Use plain, pH-balanced water only.
- Vegetative Stage (Weeks 3-8): Begin with a very diluted solution (¼ strength). Feed every other watering. Observe for any signs of nutrient burn. Gradually increase the concentration, but never exceed ½ strength, as the plant grows and requires more nutrients.
- Flowering Stage (Weeks 9-16): Consider switching to a bloom-specific fertilizer, if available, and following the same principles: start low, observe, and adjust. Continue feeding every other watering.
- Late Flowering (Last 2 Weeks): Gradually reduce the frequency of feeding and begin the flushing process.
Proper Flushing Procedure for Cannabis
Flushing is a critical step before harvest to remove accumulated nutrients and improve the flavor and smoothness of your final product. This process is like hitting the reset button on your plant’s nutrient uptake, ensuring a clean and flavorful bud.
Step 1: Preparation
You’ll need pH-balanced water (around 6.0-6.5 for soil, slightly lower for soilless mediums). You’ll also need a method to measure the runoff water’s pH and PPM (parts per million), such as a pH meter and a TDS (total dissolved solids) meter. These tools will help you monitor the effectiveness of the flushing process.
Step 2: The Flush
Soil: Drench the soil with plain, pH-balanced water. Use at least three times the volume of your pot. For example, if you have a 5-gallon pot, use 15 gallons of water. Allow the water to drain thoroughly. Collect the runoff water and measure its pH and PPM.
Repeat the process until the PPM of the runoff water is close to that of your input water (ideally within a few hundred PPM). This indicates that most of the excess nutrients have been flushed out. Observe the color of the runoff water; it should gradually become clearer as the process continues.
Soilless Mediums (Coco Coir, Hydroponics): For these mediums, the process is similar but potentially simpler. Water the plants with pH-balanced water until you see significant runoff. The amount of water required will depend on your system and the size of your plants. Monitor the runoff water’s PPM and pH as described above.
Step 3: Monitoring
Continue to monitor the runoff water until the PPM levels stabilize. This might take several days. The leaves of the plant will begin to change color, often turning yellow as the plant uses up the remaining nutrients stored within.
Step 4: The Final Days
Stop watering with any nutrients. Allow the plant to dry out slightly before harvest. This can help to concentrate the flavors and aromas of the buds.
Visual Elements Description (No Image Links):
Imagine a series of simple illustrations to accompany the flushing process.
First, a close-up of a pot, soil visible, with a watering can pouring water. Arrows indicate the water flowing through the soil.
Next, a beaker is placed under the pot, collecting the runoff water. The beaker is next to a pH meter and a TDS meter, showing readings.
The third illustration shows a close-up of the plant, with the leaves gradually turning yellow. The plant looks healthy but is visibly changing as the flushing process works.
Finally, a hand is gently trimming a bud from the plant, ready for the next step, harvesting.
