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Tomeriko Transfer the light from 16 hours to 24. First time trying that. No fertilizers yet, gonna use bio nova.
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3
Week 3. Vegetation
4y ago
1/3
10 cm
Height
20 hrs
Light Schedule
26 °C
Day Air Temp
6.0
pH
17 °C
Night Air Temp
25 liters
Pot Size
20 cm
Lamp Distance
Tomeriko Move next week or 2 to a tent 60*60*180 after the finish grow. I believe I'll see more progress next week, also will start to fertilize with bio nove
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3 comments
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4
Week 4. Vegetation
4y ago
1/5
14 cm
Height
20 hrs
Light Schedule
27 °C
Day Air Temp
6.0
pH
49 %
Air Humidity
17 °C
Night Air Temp
25 liters
Pot Size
20 cm
Lamp Distance
Tomeriko Moved to a tent 60*60, led qplus board. Waiting week or to two to the logs getting stronger.
Start from next water round I'll use fertilizer of bio nova for roots and growing period.
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2 comments
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5
Week 5. Vegetation
4y ago
1/3
19 cm
Height
18 hrs
Light Schedule
27 °C
Day Air Temp
6.0
pH
49 %
Air Humidity
17 °C
Night Air Temp
25 liters
Pot Size
Nutrients 1
The Missing Link
0.5 mll
Tomeriko This week will move to a bigger pot of 25L each. The logs are strong and the plants looks good after get nutrient. Will add them soil-supermix tomorrow after buying one...
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6
Week 6. Vegetation
4y ago
1/6
24 cm
Height
18 hrs
Light Schedule
27 °C
Day Air Temp
6.0
pH
49 %
Air Humidity
17 °C
Night Air Temp
25 liters
Pot Size
35 cm
Lamp Distance
Nutrients 3
The Missing Link
0.5 mll
Soil-SuperMix
1.5 mll
Silution
0.2 mll
Tomeriko Moved this week to a bigger pot. Got lots of fresh water pH 6. After few days each plant got 2.5L of water with bio nova nutrients.
Looks good so far, I'm tracking the yellow on the tip of the leaves.
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7
Week 7. Vegetation
4y ago
1/6
35 cm
Height
18 hrs
Light Schedule
26 °C
Day Air Temp
6.0
pH
Weak
Smell
49 %
Air Humidity
17 °C
Night Air Temp
25 liters
Pot Size
35 cm
Lamp Distance
Nutrients 3
The Missing Link
0.5 mll
Soil-SuperMix
1.5 mll
Silution
0.2 mll
Tomeriko Start giving nutrition. Looks like over feeding, gave them a good wash. Next time I give them half of the quantity. Over all looks pretty good.
Get them to blooming in Saturday
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8
Week 8. Flowering
4y ago
1/7
45 cm
Height
12 hrs
Light Schedule
26 °C
Day Air Temp
6.0
pH
Weak
Smell
55 %
Air Humidity
22 °C
Night Air Temp
25 liters
Pot Size
37 cm
Lamp Distance
Tomeriko No nutrition this week. Good wash after the top of the leaves turn yellow. Looks amazing now.
Next watering I'll bring them half of the amount
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4 comments
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9
Week 9. Flowering
4y ago
1/8
65 cm
Height
12 hrs
Light Schedule
26 °C
Day Air Temp
6.0
pH
Weak
Smell
50 %
Air Humidity
22 °C
Night Air Temp
25 liters
Pot Size
30 cm
Lamp Distance
Nutrients 4
PK 13-14
0.1 mll
Silution
0.1 mll
Soil-SuperMix
1 mll
Tomeriko Looks perfect. Got nutrition half of the recommended amount, react great to it. Tie some branches so thay get more light.
Will love to know when and if I need to cut some of the leaves how hide the light/not looks good.
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10
Week 10. Flowering
4y ago
1/10
75 cm
Height
12 hrs
Light Schedule
28 °C
Day Air Temp
6.0
pH
Weak
Smell
50 %
Air Humidity
24 °C
Night Air Temp
25 liters
Pot Size
40 cm
Lamp Distance
Nutrients 4
PK 13-14
0.3 mll
Silution
0.1 mll
Soil-SuperMix
1.5 mll
Tomeriko It's was very hot this week, heat temp climb up to 29D. Seems that one plant suffered for the heat. In any cash did her a good wash and try next to feed her with a bit nutritions and calmag. Very tall plants, next time I'll seeds only one seed in 50L pot. Any thoughts and ideas about the ladies will need very welcomed.
Cheers
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11
Week 11. Flowering
4y ago
1/14
83 cm
Height
12 hrs
Light Schedule
29 °C
Day Air Temp
6.0
pH
Normal
Smell
50 %
Air Humidity
27 °C
Night Air Temp
25 liters
Pot Size
35 cm
Lamp Distance
Nutrients 4
PK 13-14
0.3 mll
Silution
0.1 mll
Soil-SuperMix
1.5 mll
Tomeriko Dealing with a heavy heat wave. Try to do my best cooling the girls but temp rise up to 31 degrees:( most of the time I keep on 28 degrees. the girls so far are fine. As usual I give them twice ph6 water and the third with bio nova nutrients half of the recommended amount
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12
Week 12. Flowering
4y ago
1/11
84 cm
Height
12 hrs
Light Schedule
30 °C
Day Air Temp
6.0
pH
Normal
Smell
50 %
Air Humidity
28 °C
Night Air Temp
25 liters
Pot Size
35 cm
Lamp Distance
Tomeriko Very hot week, the plants barely hold on :( but now seems good again with 26, 27 DC.
In two weeks I suppose to harvest. Only water this week. Any thoughts will be welcome 🙏🏽
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13
Week 13. Flowering
4y ago
1/11
84 cm
Height
12 hrs
Light Schedule
30 °C
Day Air Temp
6.2
pH
Normal
Smell
54 %
Air Humidity
27 °C
Night Air Temp
25 liters
Pot Size
35 cm
Lamp Distance
Tomeriko Still very hot here. Temp rise to 30 degrees, but the ladies looks OK for now. Stop with nutrients, give them only 6.2 pH washing.
The buds and flowers looks small but really compressed. Hope the weather starts to cool a bit, till then lots of ice buttles
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14
Week 14. Flowering
4y ago
1/9
84 cm
Height
12 hrs
Light Schedule
30 °C
Day Air Temp
6.2
pH
Normal
Smell
54 %
Air Humidity
28 °C
Night Air Temp
25 liters
Pot Size
35 cm
Lamp Distance
Tomeriko Still hot, but the girls seems to dill with it quit alright. The trichomes start to change and become bit cloudy so harvest time will come soon. Nothing but 6.2 pH water flush
You want 90% cloudy and 10% Amber the more milky the higher uplifting buzz the more Amber the more couch lock relaxed stoned but don't let them go too far Amber or it's ruined hope this helps 💯🙏
What are you feeding it them flowers look really small and your leaf tips are burnt sign of nitro burn
Look on my channel there's a video on advanced nutrients pH perfect micro grow and bloom.. I use a pk 13-14 booster cannabis only use around 7 nutrients need the right feed for them
Your plants need the following primary nutrients, collectively known as macronutrients:
Nitrogen (N)
Phosphorus (P)
Potassium (K)
These micronutrients are needed as well, but in much smaller quantities:
Calcium
Magnesium
Iron
Copper
Additionally, cannabis plants derive these non-mineral elements from air and water:
Carbon
Hydrogen
Oxygen
A general rule of thumb is that a vegetative fertilizer should have high nitrogen, low phosphorus, and moderate potassium: for example, 9-4-5. As a plant transitions into flower, taper off the nitrogen and focus on phosphorus and potassium—seek a ratio around 3-8-7, for example.
How to use nutrients and fertilizers to grow marijuana plants
A cannabis plant needs many nutrients, and pulls these from the soil. Left on its own, with good soil, plenty of light and water, and a temperate environment, a weed plant will grow fine, but nutrients will help the plant thrive and grow healthy and strong.
What are cannabis nutrients?
Growing high-quality weed requires more nutrients, or fertilizer, than most common crops.
Outdoor cannabis growers typically add powdered nutrients to soil when transplanting a weed plant outside. This will give the plant all or most of the nutrients it needs for its entire life cycle, and if you want to add more nutrients to plants later, you can add them to the top of soil—called “top dressing.”
Indoor growers typically use liquid nutrients and mix them in with water before watering plants. Using liquid nutrients is usually more time consuming, as you typically have to measure and mix them in water 1-2 times a week.
We recommend not using nutrients made for indoor growing for outdoor plants, as they are usually composed of synthetic mineral salts and can damage soil bacteria.
What nutrients does a cannabis plant need?
cannabis nutrients
Your marijuana plants need the following primary nutrients, collectively known as macronutrients:
Nitrogen (N)
Phosphorus (P)
Potassium (K)
These micronutrients are needed as well, but in much smaller quantities:
Calcium
Magnesium
Iron
Copper
Additionally, cannabis plants derive these non-mineral elements from air and water:
Carbon
Hydrogen
Oxygen
Cannabis plants need different amounts of these nutrients throughout the different stages of growth: more nitrogen during vegetative growth, and more phosphorus and potassium during flower for bud production—also called “bloom” nutrients.
Nitrogen
Nitrogen is mainly responsible for a cannabis plant’s development during the vegetative stage of its life. It’s an essential part of chlorophyll and without it, a plant can’t turn sunlight into energy and it won’t be able to grow.
Nitrogen is also part of amino acids that act as building blocks for proteins in a plant. Without the necessary proteins, your cannabis plants will be weak and frail. Nitrogen is also a part of ATP, which allows plant cells to control the use of energy.
Nitrogen is also necessary to create nucleic acid, an essential ingredient in DNA or RNA, and without it, cells won’t be able to grow and multiply.
Phosphorus
Phosphorus is important for producing large, healthy buds. The key role of this element is to help make nutrients available for the plant to uptake. These nutrients are used to build the structure of a plant as it grows from its roots to its flowers.
Without adequate phosphorus, marijuana plants will show signs of undeveloped roots and might not even flower. Early signs of phosphorus deficiency shows up as a purple hue in the veins of leaves.
Potassium
Potassium has a number of jobs that largely help regulate the systems that keep a plant healthy and growing. It plays a large role in osmoregulation, the passive regulation of water and salt concentrations in the plant. Potassium accomplishes this by controlling the opening and closing of the stomata—the pores in the leaves—which is how a plant exchanges CO2, H2O, and oxygen.
Potassium also triggers the production of ATP, which works to store energy produced in photosynthesis by creating glucose. This glucose is then used as energy for the plant as it grows. Without sufficient potassium, you will see weak plants starved for energy that appear burnt because they are unable to successfully regulate the exchange of CO2, H2O, and oxygen.
Calcium
Calcium is responsible for keeping the structure of cell walls in a plant together. Without calcium, new growth won’t develop properly and the plant won’t function as it should. New growth will be stunted, leaves will curl, and rusty spots will show up on the plant.
Magnesium
Magnesium acts as the central molecule in chlorophyll and without it, plants aren’t able to generate the glucose from photosynthesis. No magnesium means no energy can be converted from sunlight.
Once magnesium has helped create glucose, it helps metabolize glucose to make it available for the plant to grow. Without sufficient magnesium, you will find yellowing leaves, with discoloration reaching the veins as well.
How to use and mix cannabis nutrients
Nutrient solution bottles and fertilizer bags will indicate how much of the three main nutrients are in the product, in the form of N-P-K: Nitrogen, phosphorus, and potassium, For example, a product that says “10-4-4” will contain 10% available nitrogen, 4% phosphorus, and 4% potassium by weight.
A general rule of thumb is that a vegetative fertilizer should have high nitrogen, low phosphorus, and moderate potassium: for example, 9-4-5. As a plant transitions into flower, taper off the nitrogen and focus on phosphorus and potassium—seek a ratio around 3-8-7, for example.
Products are also generally divided into “grow” solutions, high in nitrogen needed for vegetative growth, and “bloom” solutions, high in phosphorus for flower development. You can stick to these general terms if you don’t want to get bogged down with numbers.
In the final week or so before harvest, be sure to give your plants only water to clear any nutrient buildup in the buds—this is called flushing.
Liquid nutrients
liquid nutrients
Liquid nutrients are typically used for indoor growing, but can be used outdoors too. Liquid nutrients are used for weed plants in soil, hydroponics, and other grow media, and can be pushed through drip lines, misters, and hoses for easy and efficient delivery.
Because liquid nutrients are readily available to a cannabis plant’s roots, they are fast-acting, meaning they can damage plants if you feed them too much.
To use liquid nutrients, you’ll need a separate water tank, such as a dedicated garbage bin, to mix them into water. You’ll also need to know how much water is needed for all your plants. Depending on the amount of water you need, add the correct ratio of liquid nutrients according to the bottle’s directions.
When using liquid nutrients for cannabis plants, it’s important to have a watering schedule to write down and track:
How much water you use
How many and what kind of nutrients you use
How frequently you water
You don’t want to use liquid nutrients every time you water—use them every other watering, or two waterings on, one off. It depends on the complexity of your soil and the health of your plants. Too many nutrients will damage your plants.
Giving weed plants the proper amount of nutrients requires careful monitoring. Many growers start at a solution dose lower than recommended and work their way up until plants respond optimally. Too little nutrients and the plants will have stunted growth, while too many can lead to nutrient burn and lockout.