Gary Peyton #4
033
50 Fotos
Gary Peyton
Nutzersorte
79 Wochen (20 Monate)
Abgeschlossen
Blüte
Tag 30 (Woche 5)
Tent 1
Indoor • 48cm x 72cm x 48cm
Grow
Phasen
BlüteWoche 9+Aktuell
18. Mai 2020VegetativWoche 4-9
10. Apr. 2020KeimungWoche 1-4
18. März 2020Umgebung
NameTent 1
TypIndoor
Größe48cm x 72cm x 48cm
Lichtzyklus12 Stunden
LampenLED 500W
Medium
Typ
Hydro
Notizen
Rockwool cube and hydroton
Diagramme
PPM
Pflanzen-Logs
21 Messwerte
Letzter
830
Durchschnitt
535
Min
180
Max
1020
Kommentare
Zeitleiste
W 79
Woche79
Tag 552 - 20. Sept. 2021
Blüte Woche 71Umgebungs-Logs
Umgebungstemperatur72 °F
Luftfeuchtigkeit58 %
Notiz
250ppm
Umgebungstemperatur73 °F
Luftfeuchtigkeit53 %
Umgebungstemperatur73 °F
Luftfeuchtigkeit60 %
Notiz
250ppm
6.2ph
67 water temp
6.2ph
67 water temp
Fotos
W 13
Woche13
Tag 91 - 16. Juni 2020
Blüte Woche 5Pflanzen-Logs
PPM830
Wassertemperatur62 °F
pH5.8
Aktionen
Nährstoffe
Flüssig
Bump to week 5
W 12
Woche12
Tag 82 - 7. Juni 2020
Blüte Woche 3Pflanzen-Logs
PPM1020
Wassertemperatur62 °F
pH5.7
Aktionen
Nährstoffe
Flüssig
Bump up to week 4
Tag 79 - 4. Juni 2020
Blüte Woche 3Pflanzen-Logs
PPM880
Wassertemperatur62 °F
pH5.7
W 11
Woche11
Tag 77 - 2. Juni 2020
Blüte Woche 3Pflanzen-Logs
Notiz
Clone chart
Rows 8 and 7 are tree 1
Rows 6 and 5 are tree 2
Rows 4 and 3 are tree 3
Rows 2 and 1 are tree 4
Rows 8 and 7 are tree 1
Rows 6 and 5 are tree 2
Rows 4 and 3 are tree 3
Rows 2 and 1 are tree 4
Tag 76 - 1. Juni 2020
Blüte Woche 3Fotos
Tag 73 - 29. Mai 2020
Blüte Woche 2Pflanzen-Logs
PPM760
Wassertemperatur61 °F
pH5.9
Tag 72 - 28. Mai 2020
Blüte Woche 2Pflanzen-Logs
PPM750
Wassertemperatur64 °F
pH6
Tag 71 - 27. Mai 2020
Blüte Woche 2Pflanzen-Logs
PPM790
Wassertemperatur61 °F
pH5.9
Fotos
W 10
Woche10
Tag 69 - 25. Mai 2020
Blüte Woche 2Pflanzen-Logs
PPM640
Wassertemperatur63 °F
pH6.1
Tag 68 - 24. Mai 2020
Blüte Woche 1Fotos
Tag 67 - 23. Mai 2020
Blüte Woche 1Pflanzen-Logs
PPM670
Wassertemperatur62 °F
pH6.1
Tag 66 - 22. Mai 2020
Blüte Woche 1Pflanzen-Logs
PPM690
Wassertemperatur64 °F
pH6.1
Aktionen
Nährstoffe
Flüssig
Bump to week 2 feeding schedule . Goal is to go from 570 to 725. Using 56 gallons as the reservoir volume I calculated what I thought to be the right amount to get there.
W 9
Woche9
Tag 62 - 18. Mai 2020
Blüte Woche 1Blüte-Phase gestartet!
Umgebungs-Logs
Umgebungstemperatur78 °F
Luftfeuchtigkeit48 %
Pflanzen-Logs
PPM530
Wassertemperatur68 °F
pH6.1
Tag 57 - 13. Mai 2020
Vegetativ Woche 5Pflanzen-Logs
PPM580
Wassertemperatur64 °F
pH6.2
W 8
Woche8
Tag 55 - 11. Mai 2020
Vegetativ Woche 5Pflanzen-Logs
PPM570
Wassertemperatur61 °F
pH6.2
Tag 52 - 8. Mai 2020
Vegetativ Woche 5Pflanzen-Logs
PPM440
Wassertemperatur66 °F
pH6
PPM550
Fotos
Tag 51 - 7. Mai 2020
Vegetativ Woche 4Fotos
W 7
Woche7
Tag 48 - 4. Mai 2020
Vegetativ Woche 4Fotos
Tag 47 - 3. Mai 2020
Vegetativ Woche 4Fotos
Tag 46 - 2. Mai 2020
Vegetativ Woche 4Pflanzen-Logs
PPM430
Wassertemperatur73 °F
pH6
Tag 45 - 1. Mai 2020
Vegetativ Woche 4Umgebungs-Logs
Umgebungstemperatur73 °F
Luftfeuchtigkeit60 %
Pflanzen-Logs
PPM300
Wassertemperatur70 °F
pH5.9
Fotos
Tag 44 - 30. Apr. 2020
Vegetativ Woche 3Pflanzen-Logs
PPM270
Wassertemperatur74 °F
pH5.9
Fotos
W 6
Woche6
Tag 42 - 28. Apr. 2020
Vegetativ Woche 3Umgebungs-Logs
Umgebungstemperatur75 °F
Luftfeuchtigkeit50 %
Fotos
Tag 41 - 27. Apr. 2020
Vegetativ Woche 3Fotos
Tag 40 - 26. Apr. 2020
Vegetativ Woche 3Fotos
Tag 39 - 25. Apr. 2020
Vegetativ Woche 3Pflanzen-Logs
PPM300
Wassertemperatur71 °F
pH6.1
Notiz
Note full change out last night but didnt fill all the way up to bottom of bucket so some small roots dried out overnight. I hope it recovers.
PPM290
Wassertemperatur73 °F
pH6.2
Fotos
Tag 38 - 24. Apr. 2020
Vegetativ Woche 3Umgebungs-Logs
Lampenabstand26 in
Notiz
Light settings
620 par
60 veg
20 bloom
40 bloom enhancer
620 par
60 veg
20 bloom
40 bloom enhancer
Lampenabstand26 in
Notiz
620par
55 veg
20 bloom
40 bloom enhancer
55 veg
20 bloom
40 bloom enhancer
Fotos
Tag 36 - 22. Apr. 2020
Vegetativ Woche 2Umgebungs-Logs
Notiz
Took out 5 gallons of solution so I can top fill with week 2 nutes to slowly step it up
Pflanzen-Logs
PPM180
Wassertemperatur73 °F
pH6
Fotos
W 5
Woche5
Tag 35 - 21. Apr. 2020
Vegetativ Woche 2Umgebungs-Logs
Umgebungstemperatur75 °F
Luftfeuchtigkeit35 %
Pflanzen-Logs
Notiz
Topping off with week 2 nutes
250ppm
6.3ph
72degrees
250ppm
6.3ph
72degrees
Fotos
Tag 34 - 20. Apr. 2020
Vegetativ Woche 2Umgebungs-Logs
UmgebungstemperaturMin: 70 °F - Max: 77 °F
Luftfeuchtigkeit40 %
Pflanzen-Logs
PPM180
pH6.1
PPM180
Wassertemperatur73 °F
pH6.1
Notiz
Seems to be feeding at the right rate cause the ppm and ph are staying steady from yesterday
Fotos
Tag 33 - 19. Apr. 2020
Vegetativ Woche 2Umgebungs-Logs
Notiz
when pH rises and EC drops, it is because the plant is feeding removing a portion of that nuitrient EC you are measuring, and is telling you that you can up the nutrient EC by THAT much. Nutrients are acidic, as foods are taken out the pH will rise.
The best place to be is when the pH is ever so slightly rising each passing day while the water is dropping it's level and EC is staying steady, this means they are eating perfectly what they need at that moment. EC stays steady while water level drops and pH very close to stable but rising slowly each day.
If the EC is rising and pH is dropping, its because, nutrients are acidic, and as the solution becomes stronger EC showing the plant is spitting it out not eating it and only wants the water from the tank, there's too much nutrients in there and it doesn't want or need it, the pH will drop as EC rises along with the acidity as the plants dont need that much nutrients at that time and you need to lower the EC by THAT much.
Your plants are always talking to you, you need to learn to listen to them better.
The best place to be is when the pH is ever so slightly rising each passing day while the water is dropping it's level and EC is staying steady, this means they are eating perfectly what they need at that moment. EC stays steady while water level drops and pH very close to stable but rising slowly each day.
If the EC is rising and pH is dropping, its because, nutrients are acidic, and as the solution becomes stronger EC showing the plant is spitting it out not eating it and only wants the water from the tank, there's too much nutrients in there and it doesn't want or need it, the pH will drop as EC rises along with the acidity as the plants dont need that much nutrients at that time and you need to lower the EC by THAT much.
Your plants are always talking to you, you need to learn to listen to them better.
Notiz
So you set the pH of your hydroponic reservoir to 5.5 only to return 2 days later to find the level has risen to a pH of 6.0! You’re wondering why the pH won’t stay where you set it?
The nutrients you add to your reservoir are acidic. When the plant consumes these acidic nutrients, the natural reaction is a rise in pH. This means it is normal for your reservoir to have a natural pH up-swing. It is much more desirable than your pH dropping, which would indicate you have too much nutrient in your solution. Here is a cheat sheet:
pH goes up, EC goes down = Plants are feeding. Potentially raise nutrient levels.
pH goes down, EC goes up = Plants are putting nutrient into the water rather than taking them out. Nutrient levels are too high.
pH stays stable, EC levels stay stable = Equilibrium. Plants are taking equal parts nutrients and water. Maximum growth is occurring.
It is best to error on the side of caution and slightly underfeed you plants . This will encourage the natural pH swing from 5.5-6.2. Once your solution reaches the 6.2 mark it should be brought back down to 5.5 pH and allowed to slowly drift up again. The reason this is ideal is that the plants are able to take up specific nutrients more efficiently at different pH levels. By going up and down through the proper pH range the plant has good access to all nutrients required for optimal growth.
Having the ability to monitor and adjust nutrient and pH levels in this fashion are one of the main benefits to an active or recirculating hydroponic system.
The nutrients you add to your reservoir are acidic. When the plant consumes these acidic nutrients, the natural reaction is a rise in pH. This means it is normal for your reservoir to have a natural pH up-swing. It is much more desirable than your pH dropping, which would indicate you have too much nutrient in your solution. Here is a cheat sheet:
pH goes up, EC goes down = Plants are feeding. Potentially raise nutrient levels.
pH goes down, EC goes up = Plants are putting nutrient into the water rather than taking them out. Nutrient levels are too high.
pH stays stable, EC levels stay stable = Equilibrium. Plants are taking equal parts nutrients and water. Maximum growth is occurring.
It is best to error on the side of caution and slightly underfeed you plants . This will encourage the natural pH swing from 5.5-6.2. Once your solution reaches the 6.2 mark it should be brought back down to 5.5 pH and allowed to slowly drift up again. The reason this is ideal is that the plants are able to take up specific nutrients more efficiently at different pH levels. By going up and down through the proper pH range the plant has good access to all nutrients required for optimal growth.
Having the ability to monitor and adjust nutrient and pH levels in this fashion are one of the main benefits to an active or recirculating hydroponic system.
Lampenabstand30 in
Notiz
100 on veg
25 on bloom
60 on bloom enhancer
615 par
25 on bloom
60 on bloom enhancer
615 par
Umgebungstemperatur73 °F
Luftfeuchtigkeit46 %
Pflanzen-Logs
Höhe4 in
Notiz
Top off reservoir
Added
70ml uc roots
30 ml coco cal
20 ml Veg a and b
Added
70ml uc roots
30 ml coco cal
20 ml Veg a and b
PPM180
Wassertemperatur71 °F
pH6.1
Fotos
Tag 32 - 18. Apr. 2020
Vegetativ Woche 2Umgebungs-Logs
Luftfeuchtigkeit58 %
Umgebungstemperatur75 °F
Luftfeuchtigkeit52 %
Pflanzen-Logs
PPM200
Wassertemperatur71 °F
pH6
PPM190
Wassertemperatur72 °F
pH6.1
Fotos
Tag 31 - 17. Apr. 2020
Vegetativ Woche 2Fotos
W 4
Woche4
Tag 24 - 10. Apr. 2020
Vegetativ Woche 1Vegetativ-Phase gestartet!
W 1
Woche1
Tag 1 - 18. März 2020
Keimung Woche 1Keimung-Phase gestartet!