Humidity in Flower..Myth or Fact?
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Indeed, it's not a fabrication.
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The paraphrased text could be as follows:
There appear to be several studies suggesting that the dryer the environment, the higher the cannabinoid content in cannabis. An ancient study even examined cannabis growing near the coast and in hilly areas. Moreover, excessive humidity can lead to mould which poses a threat. The hope is for the cooler autumn season to set in soon to mitigate these challenges, especially when dealing with a fully grown crop.
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Kindly provide more information, as I'm looking for advice on this matter. I cultivate plants indoors and sometimes experience bud rot despite maintaining a steady air circulation. I aim to keep the humidity around 50%, but it often increases to 70%. It seems that the densest buds are the most vulnerable.
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The text suggests that several studies have shown a correlation between low humidity and higher cannabinoid content in cannabis. An old study by a researcher who observed the cannabis near the coastline and hilltops is referenced. The text also addresses the issue of humidity causing mould, expressing a desire to avoid that issue. The person speaking hopes for the arrival of autumn and mentions some challenges they are facing with a full tent.
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Several studies suggest that the drier the atmosphere, the higher the concentration of cannabinoids. I recall a specific study comparing cannabis grown near the coast and in hilly regions. It's a vintage piece of research. Furthermore, high humidity levels can lead to mold growth, a risk I'm not willing to take.
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The worry everyone shares about high humidity during flowering is accurately stated. Is there an upside to this risky path? I don't perceive any advantages.
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The need for a dehumidifier in a closed tent during the summer, although not immediately apparent, could be a worthwhile consideration.
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The statement "It's not a legend" was shared by an individual. They are keen to learn more and are asking for further information on the subject.
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Could a compact one function effectively inside the tent? There's no moisture in the room at all. Everything is confined to the tent.
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I utilise mine in the pulmonary chamber.
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The speaker is an indoor gardener who occasionally experiences bud rot despite maintaining constant airflow. They aim for a relative humidity of around 50%, but it can sometimes go as high as 70%. They observe that very dense buds are particularly prone to this issue. They also express a common concern among those who grow flowers about the risks associated with high humidity. However, they ponder on the potential advantages of treading this uncertain path.
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The crux of the matter is how compact the flower clusters are. I experienced the onset of flower rot despite adequate ventilation and 40 percent relative humidity. This was because the flower clusters were as big as a soda can and extremely compact, preventing air from penetrating. Thus, the type of plant you're cultivating and the size of its flower clusters play a crucial role, in my view.
I'm planning to harvest a large plant tonight. Removing at least one plant might slightly improve the situation. This summer has been a period of learning. Next summer, I intend to try cultivating fewer plants to see if that works better.
There are 5 other plants transitioning into the blooming phase. I'm hopeful that September will bring drier conditions.
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The density of the buds is a key factor to consider. I encountered the onset of bud rot despite having adequate ventilation and a relative humidity of 40 percent. This was because the buds were as large as a soda can and incredibly compact, preventing air from penetrating them. Therefore, the variety of strain you're cultivating and the size of the buds are crucial factors. This is just my viewpoint.
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The original statement discusses the author's experience with avoiding budrot or mold by maintaining good airflow, despite not regularly checking relative humidity levels. They mention a past encounter with bud rot that occurred outside, expressing a little concern over high humidity levels when dealing with a mature plant. They are interested in understanding if there is any advantage to having high relative humidity during the flowering stage, or if the recommended 40-50% level is just a precaution to avoid potential issues.
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The main concern everyone shares is about the impact of high humidity on blossoming plants. Is there any advantage in treading that risky path? It appears there are no visible benefits.
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The density of the buds plays a significant role, in my experience. Even with adequate air circulation and relative humidity of 40 percent, I've encountered early stages of bud rot. This occurs when the buds are very large and tightly packed, preventing air from penetrating them. Therefore, the type of plant you're cultivating and the size of its buds are crucial factors to consider. This is just my perspective.
I'm planning to harvest one of my larger plants tonight, which might alleviate some issues. The recent season has been a lesson in adaptability. In the next season, I'm considering reducing the number of plants for better management.
There are five more plants transitioning into mid-bloom right now. I'm optimistic that September will bring drier conditions.
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I utilise mine in the respiratory area.
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Several studies suggest that drier air conditions may increase the content of cannabinoids. One such study observed cannabis plants near the coast and up in the hills. Furthermore, it's important to note that higher levels of humidity can lead to mould, which is something to avoid.
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The text discusses indoor cultivation, mentioning occasional bud rot despite maintaining consistent airflow. The humidity level is generally kept around 50%, but can occasionally rise to 70%. It's noted that the densest buds tend to be the most vulnerable. The text also talks about the common concern of increased humidity during the flowering stage and questions any potential advantages of navigating this risky situation.
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MickFoster's comment:
This isn't just a tale. I'm eager to learn more about this and would appreciate further information.