â— Yes. 0.7L
â— 50-75% is what i had found in web before. I've never measured PUW of my own coco but i know water availability effects nutrient availability. So i water before the weight of the pot reach 60% in veg when plants are big enough and 75% in the heavy flowering. We may find some data at medteknutrients.com.au. I'll check later for you if you request.
â— Cations in the solution, not just initially, but always and always exchange with CEC sites back and forth. The exchange rate decreases as exchange progresses. So we need time to reach equilibrium. We are talking about buffering, Why do we have to ask about water potential?
â— 100g dry coco absorbs 700g(0.7L) water to reach 1.4L hydrated coco with Reletive density of 0.57. I found no error.
â—
â— Lost and gained
â— Too complex to find a formula. Yes, Temperature and concentration effect rete. And time requirement depends on rate.
â— Yes; 400PPM. We all here to ask and learn.
â— 50-75% is what i had found in web before. I've never measured PUW of my own coco but i know water availability effects nutrient availability. So i water before the weight of the pot reach 60% in veg when plants are big enough and 75% in the heavy flowering. We may find some data at medteknutrients.com.au. I'll check later for you if you request.
â— Cations in the solution, not just initially, but always and always exchange with CEC sites back and forth. The exchange rate decreases as exchange progresses. So we need time to reach equilibrium. We are talking about buffering, Why do we have to ask about water potential?
â— 100g dry coco absorbs 700g(0.7L) water to reach 1.4L hydrated coco with Reletive density of 0.57. I found no error.
â—
â— Lost and gained
â— Too complex to find a formula. Yes, Temperature and concentration effect rete. And time requirement depends on rate.
â— Yes; 400PPM. We all here to ask and learn.
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