• Inert vs. Not Inert:
  An inert substance is one that is chemically inactive and doesn't react with other materials. While peat moss is relatively stable, it's not entirely inert. It can absorb water and some nutrients, and it can affect the pH of the surrounding soil.
  
  
• Soilless Medium:
  Peat moss is often used in soilless growing mixes because it provides good drainage and aeration, and it can help retain moisture.
  
  
• Nutrient Content:
  Peat moss itself is low in nutrients and doesn't provide much in the way of nutrition for plants. This is why it's often mixed with other materials like compost or fertilizers.
  
  
• pH Modification:
  Peat moss can help lower the pH of soil, making it more acidic, which is beneficial for certain plants like blueberries and azaleas.

• Water retention: Peat moss has a high water-holding capacity, which can be beneficial in hydroponic systems.
  
  
• Nutrient retention: It can hold onto nutrients, making them available to plants.
  
  
• Cost-effective: Peat is often a relatively inexpensive and readily available option.
  
  
• Good for certain plants: Some plants thrive in peat-based substrates.

• Decomposition:
  Peat moss decomposes over time, which can clog systems and affect nutrient solutions.
  
  
• Waterlogging:
  If not managed properly, peat can become waterlogged, hindering root growth.
  
  
• Hydrophobicity:
  When dry, peat can be difficult to re-wet, leading to uneven moisture distribution.
  
  
• Potential for clogging:
  The breakdown of peat can lead to sediment buildup in hydroponic systems, potentially damaging pumps and affecting nutrient delivery.

• Peat as Soil: <<----- This is the one people buy all the time
  Peat soil, also known as Histosol or organosol, is characterized by its high organic matter content (often above 75%) and its formation from the accumulation and decomposition of plant matter in wet environments.
  
  
• Peat in Hydroponics:
  Peat moss is sometimes used in hydroponic systems because of its ability to retain water and nutrients. However, it's not ideal for pure hydroponic setups because, when wet and exposed to oxygen, it can decompose, potentially compressing around plant roots and hindering growth.

7munkee said:

The bad thing about asking AI for help is it can only give an answer that is written somewhere on teh internet. With 20 years of bro science online and in forums, it sneaks into AI answers way too often. It has no REAL WORLD hands on experience.

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7munkee said:

The bad thing about asking AI for help is it can only give an answer that is written somewhere on teh internet. With 20 years of bro science online and in forums, it sneaks into AI answers way too often. It has no REAL WORLD hands on experience.

Click to expand...

Eledin said:

I dont know it would be nice to compare what other people think because this is important and if Im wrong I wanna know it. All my years of growing Ive been using 6,2-6,5 ph for soil in my peat mixes and most of them seem to come at between 6 and 7ph anyway, 6 and 6,5 being more common. I know one brand (Covercrop) that has a wider range of 5,5 to 6,5 but I never tried it, also its the only one that Ive seen that comes with black peat even though most of it its blonde peat. The rest I used in the past and pressent like biobizz, atami and canna terra comes at 6ph or 6,5ph, and others than wont come to mind unless I specifically search for them.
EDIT: Also I didnt start growing organic, I started with the AN synthetic line and the adviced PH for peat soils was 6,2 as I posted previosly.

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• ⅓ Sphagnum peat moss
• ⅓ Worm castings/ Compost
• ⅓ Pumice

• 1 cup Kelp Meal
• 1 cup Fine Ag Lime
• ½ cup Gypsum
• ½ to 1 cup Flax Seed Meal
• ½ cup Karanja
• ½ cup Neem Seed Meal
• 3 cup Paramagnetic Andesite Rock Dust

Important information​

FloridaMike said:

If anecdotal evidence (bro science) is so bad, why are you (or any of us) on this site. After all, it's loaded with bro science. There are as many ways to grow, as there are growers, with many of them being very successful.

I don't know about you, but I come here to learn from and interact with people who are better growers than me, and I'm capable of producing 10lbs of dank out of a 3x9' footprint. Some of what I do straight up defies conventional wisdom and what the pro's say; yet it works.

If nothing else, AI gives good starting points to further explore and here's the thing; AI is constantly learning and improving, every day. Chat gpt was just given access to Harvard's 1.3 million book digital library with many more lining up to follow suit.

If AI agrees with what I know from experience, I'll damn sure copy and paste, rather than typing out the same shit.

Bottom line is that @Eledin knows his shit about growing. If he says something, you can pretty much take it to the bank.

I find it humorous when people use technology, to deny technology...

From Yoga Vasistha:

"The remark of even a child is to be adhered to if it's in accordance with reason. But the remark of even Brahman himself, the creator of the world, should be rejected like a piece of straw, if it's not in accordance with reason"

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• Organic Matter Accumulation: Histosols form in environments like wetlands and bogs where waterlogging inhibits the decomposition of plant and animal remains.
  
  
• High Organic Content: They contain at least 20-30% organic matter by weight. (Most peat contains way more than that, thats the minimum)
  
  
• Low Bulk Density: Due to the high organic matter content, they have a low bulk density, often less than 0.3 g/cm³.
  
  
• Ecological Importance: They store significant amounts of carbon, making them ecologically important.
  
  
• Examples: Histosols are found in various regions, including northern Finland, western Scotland, central Canada, and the bogs and swamps of Ireland, Angola, Bangladesh, and Guyana.
  
  
• Common Names: They are also referred to as peat, muck, or bog soils.
  
  
• Management Challenges: Histosols can be difficult to manage due to their low weight-bearing capacity and subsidence when drained.