Sweet ️Seeds | Red Mandarine F1

Thank you to everyone who looked at this page! There are only two photos for the first week. But in the following weeks and before the harvest, the photos will be for every day, more interesting and of higher quality. There's a lot of interesting things ahead, but in the meantime, we're warming up. Sowing: 11.09. sowed in buffered (by the method of Dr. Coco) coconut substrate "Ugro XL" - 70% coconut fiber / 30% perlite. - the volume of the pot is 1 liter. 13.09 the seed has risen! Counting the days from this date. First watering: Filtered water 178 ppm - 0.35 liters + "Rooting" 0.3 ml = 170- ppm/ph - 5.7 16.09. Filtered water 178 ppm 0.3 liters + CalMag 0.4 ml = 300- ppm/ph - 5.5 17.09. Filtered water 178 ppm - 0.3 liters + CalMag 0.3 ml = 250 - ppm/ph - 6.0 Drainage: 440 - ppm 18.09. We begin to add a fertilizer base consisting of three ABC components, and the volume of watering increases by 0.100 ml. Filtered water 178 ppm - 0.4 liters + CalMag 0.4 ml + AB 0.5 ml + C 0.150 ml = 440 - ppm/ph - 6.0 Drainage: ppm - 740 (!) Gassho /

Unfortunately, there are no photos this week, so I'll tell you about watering plants. 20.09. Since 18.09. Ppm of drainage was 740 (!) today I decided to pour distilled water - 0.4 L = 50 ppm / ph 6.10. Drainage: 0.2 L / ppm 498 22.09. I make a solution for two days - a volume of 0.8 L. Filtered water / osmosis 140 ppm + Rooting 0.4 ml + Cal Mag 0.6 ml + AB 2ml + C 0.25 ml = 620 ppm / ph 5.8. Watering volume 0.4 L. 23.09. Watering yesterday's solution - 0.4 L. Over the past day, ppm dropped to 600, and pH rose to 6.2. Drainage: 0.2 L | 460 ppm 24.09. Solution for several days Water 1.5 L 180 ppm + CalMag 1.5 ml + AB 2.5 ml + C 0.5 ml = 810 ppm/ph 5.9 Drainage: 0.3 L | 630 ppm 25.09. 0.4 L | 670 ppm (dropped by 140)/ph 5.9 Drainage: 0.2 L / 730 ppm Gassho 🙏

The fun begins! Today I hung up the second lamp and increased the power to 74 W. Intensive growth begins and there are already three floors, it is necessary to increase three more to start pruning according to the technique of the main lines, it will be at the end of the week. 26.09. I pour the third part of the solution mixed 24.09. 0.4 L - 660 ppm / ph 6.2 Drainage: 0.180 ml | 769 ppm An interesting observation is that in two days the ppm dropped from 810 to 660, and the pH rose from 5.9 to 6.2 27.09. Water 1L + Rooting agent 1 ml + CalMag 1 ml + AB 2.5ml + C 0.4 ml = 1060 ppm/ph 5.58 Drainage: 110 ml | 836 ppm The leaves dropped a little, raised the light to 65 centimeters. 28.09. 0,5 L - 1017 ppm/ph 5,9 Drainage: 0.250 ml | 1011 ppm 29.09 Water 1L + CalMag 1.5 ml + AB 2 ml + C 0.4 ml = 868 ppm/ph 6.06 Drainage: 1190 ppm. Ppm of waste water is too high, in the next watering it is necessary to pour filtered water with the addition of fertilizers 25% of the recommended. 30.09. The first topping. I counted 3 floors from above and cut it off. Watering 0.5 L with yesterday's solution. Drainage: 0.1 L | 1125 ppm (!) I made a solution for processing on a leaf to help the plant recover from such stress: 0.1 ml of Fito Power per 0.5 L of water, I did not use the entire volume of course - about 50 ml. Today you will meet Mr. CBD ;) Gassho 🙏

I am: - Yo! Yo! Canna brothers and canna sisters! How are you? Mr. CBD: - Oh, shut up and come on! I am: - Ok. Ok. - - - - - - - - - - - - *-* The second topping! This week will be eventful. I'll tell you everything in order. 01.10. During the day, the main lines greatly accelerated and the leaves on them doubled. Solution for two days: 1.4 L of water + CalMag 2 ml + AB 3ml + C 0.7 ml = 980 ppm / ph 6.2 Watering 0,7 L. Drainage: 0,350 ml | 980 02.10. Today on one sheet, an interesting variegation appeared [Variegation is the presence of mutant cells with altered genetic composition in plants along with ordinary cells. Such cells are not able to synthesize chlorophyll, therefore they are chlorophyll-free]. Over the past day, the parameters of the solution have changed slightly - 886 ppm / ph 6.75 (ph: + 0.5 / ppm: - 100). Ph lowered to 6.2 and poured. Drainage: 0,200 | ppm 1100 (!) 03.10. Today is an important day for the three of us - a transplant (actually for four, I still have a cat, his name is Morty, in honor of the animated series "Rick and Morty", we will meet him later)! From a small rented room with an area of 1 liter, Mandarin moves into a big, soft, fabric house with a volume of 10 liters. The substrate for transplantation was poured with water into the drainage until the following parameters were set - 467 ppm / ph 6.2. After that, it was left for 2 hours to drain all the excess water. My personal victory - I finally managed to grow a root ball, like Floraflex! I am very glad! After transplantation, I poured a solution of 1L (AB 2.5 ml + C 0.5 ml) = 700 ppm / ph 6.0 + Sprayed the leaves from the spray gun with a solution of water with Fito Power. There was a little lack of substrate and in some places the roots are visible, later I will cover them with vermiculite. # Observation. Now I will stick to this scheme: for the first ~ 20 days we grow in a liter pot by adding Root, for the first 15 days we do not do any training, we do not touch the plant at all and only after that we transplant it into the final pot. 05.10. There was no watering yesterday, because there was enough moisture left in the large pot after the transplant. Solution - 4 liters, watering - 2.5 liters. AB 9ml + C 0.6 ml + CalMag 6 ml = 1237 ppm / ph 6.13 Drainage: 0.6 L | 860 ppm 07.10. There will be no watering yesterday and today to stimulate root growth. The second topping! Unlike the first topping, we don't have to grow back to the third node, we can do it as soon as it grows enough to cut, but at the same time not damage the side branches that will become the main lines. After topping, I sprayed the solution with Fito Power and raised the light to 50 centimeters.

08.10. Diluted the 1.5 liter solution, which I did 3 days ago, with one liter of distilled water + CalMag 3.5 ml + Rooting 3 ml = 900 ppm / ph 5.95 Drainage: 100 ml | 1490 ppm (a very high figure, but it will be fixed only in a week.) 4 days after the transplant, the roots have reached the bottom of the pot and are already sticking out of it. 09.10. Solution for several days: 6 liters of water + CalMag 9 ml + AB 12 ml + C 3 ml = 936 ppm / ph 6.00 Watering 2.5 liters. Drainage: 1 L | 1180 ppm Today we have done supercropping of two main lines. Trunk dissection did not occur. It was difficult to stretch the trunk, it was already hard enough. The branches should be at the same horizontal level for an even distribution of growth hormone, for this both branches were pressed with flexible Niteze ties. But here I made a mistake and did not take into account an important factor - the upward growth will begin exactly where the limiter is installed, and I installed it too close to the supercropping site and in the future I will have to stretch them further using the LST technique, which is actually a technique with a "high level of stress" because the branch can simply be broken. 10.10. 2 liters of ready solution = 970 ppm / ph 6.04. Drainage: 0.880 L | 1144 ppm Everyone knows about this, but I repeat once again - "Ph Down" should be added (if necessary) before fertilizing, if done after, it greatly increases the ppm level. Raised the light to 60 centimeters. 11.10. Solution for several days: 6 liters of water + AB 15 ml + C 3 ml + CalMag 9 ml = 1114 ppm / ph 6.05 Watering 2 liters. Drainage: 0.5 L | 1230 ppm Today, not the main branches were cut, but 4 branches from them. These branches had to be cut off at the previous stage, but I left, probably out of greed =) LST Also today, the branches were slightly stretched in width. Tangerine reacts well to training, does not slow down in growth. 12.10. Watering 2 liters. 1156 ppm / ph 6,09 Drainage: 0.750 | 1260 ppm 13.10. Watering 1.9 liters. 925 ppm / 5.7 Drainage: 0.4 L | 1335 ppm (!) 14.10. Solution for several days: 7.5 liters water + AB 20 ml + C 4 ml + CalMag 12 ml + Rooting 7 ml = 1046 ppm / ph 6.13 Drainage: 1.1 L | 1213 ppm The third and final stage of topping the four main lines. In general, I am very pleased with this powerful and robust genetics, a surprisingly energetic chemotype. The technique of the main lines has been completed and it seems to me that we have coped well with this.

15.10. Watering 2 liters. Ppm 1122 (yesterday it was 1046 ppm) / ph 6.35 (yesterday it was 6.05). Drainage: 0.6 L | 1332 ppm. If you make a solution for 3 days with an initial pH of 5.7, then with each passing day it will increase by 0.3, and since groups of macro - and microelements are absorbed most effectively at different ph levels, we get the necessary range without our intervention. 16.10. Ready solution of 2 liters + 0.5 liters of distilled water. Since the pH rose to 6.6 over the past day, as I wrote earlier, I had to reset it to 5.9 / ppm 970. Drainage: 0.750 L | 1300 ppm We continue training, I stretched it a little more. The leaves are just huge and dark green, perhaps this is due to the fact that I overdo it with the base "ABC". Biceps in the place of supercropping are getting bigger. Power! 17.10. Solution for two days: 4.4 liters of water + AB 5 ml + C 0.7 ml + CalMag 4.5 ml = 670 ppm / 5.7 ph Despite the low ppm of the solution, the drainage came out at 1290 ppm (!). 18.10. "claws" appeared on the leaves, definitely an overdose of fertilizers. Diluted yesterday's solution with filtered and distilled water to 4 liters = 480 ppm / ph 5.8 Watering 2.3 liters. Drainage: 1.5 L (!) | 1106 ppm In the evening , I sprayed the leaves with a solution of 0.5 liters of water + Jelly Ja 5 ml = 170 ppm / ph 6,8. A little more training. 19.10. 1.6 liters of yesterday's solution = 460 ppm / ph 5.7 Drainage: 0.3 L | 760 ppm 20.10. 4.4 liters of water + AB 10 ml + C 1.5 ml + CalMag 4 ml = 913 ppm / ph 5.7 Watering 2.2 liters. Drainage: 0.6 L | 635 ppm 21.10. I had to skip watering, I was late. 22.10. 2.2 liters. 935 ppm / ph 6,8 Without drainage. From next week we will start eating 3 liters each.

23.10. 3 liters of water ~ 200 ppm + AB 6ml + C 1.2 ml + CalMag 4.5 ml = 870 ppm / ph 6.0 There is no drainage. 24.10. 3.5 liters of water ~ 200 ppm + AB 7ml + C 1.5 ml + CalMag 5 ml = 892 ppm / ph 6.0 Drainage: 1L | 850 ppm 25.10. 3.3 liters of water ~ 200 ppm + AB 7ml + C 1.5 ml + CalMag 4.5 ml = 890 ppm / ph 6.0 Drainage: 1.2 L | 900 ppm I cut off large fan leaves from the bottom + a few from the top, which covered the tops. I raised the light to 60 cm, because the tips of the young leaves began to lighten, so I assumed at first, but intuition says that this is a block of elements due to an overdose. 26.10. Watering was missed, I was late for work. 27.10. 3.6 liters of water ~ 200 ppm + AB 9ml + C 2.5 ml + CalMag 5.5 ml = 995 ppm / ph 5.9 There is no drainage. 28.10. Today we switch the lighting mode to 12/12. Solution for several days. 9 liters of water ~ 300 ppm (the initial ppm of water is about 140, but since the pH has increased in it, you have to add more "ph down", which raises the ppm to 300) + AB 23 ml + C 6 ml + CalMag 13 ml = 1125 ppm / ph 6.2 Drainage: 1.1 L | 1050 ppm 29.10. Watering with ready-made solution - 3 L = 1150 ppm / 6.2 ph Drainage: 1.4 L | 1175 ppm

The reasons for the high pH and ppm values have been clarified:🤓 1. I consider my lack of professionalism to be the main reason, because I did not calibrate the device after the previous cycle.😔 2. As a consequence, the pH values were overestimated by 2, when I lowered the pH to 6, it was actually 4 (!); the ppm values were overestimated by 300, that is, when the device showed 1300 ppm, it was actually 1000 ppm.🙈 At the moment, the device is calibrated, everything is fine. 🐸 06.11. 2.5 liters + CalMag 4 ml + AB 7.5 ml + C 1.7 ml = 700 ppm / ph 6.0 Drainage : 0.2 L | 800 ppm 07.11. 2,5 L + CalMag 5 ml + AB 7,5 ml + C 1,7 ml = 710 ppm / ph 6,0 Drainage: 0.7 L | 600 08.11. 2.5 L + CalMag 5 ml + AB 7.5 ml + C 1.7 ml + Jelly Ja 15 ml = 810 ppm / ph 6.0 Drainage: 0.8 L | 600 ppm 09.11. 2,5 L + CalMag 5,5 ml + AB 8 ml + C 1,9 ml = 800 ppm / ph 6,0 Drainage: 0.9 L | 810 ppm 10.11. 2 L + CalMag 3 ml + AB 7 ml + C 1,5 ml = 820 ppm / ph 5,8 Drainage: 1 L | 950 ppm 11.11. 2,2 L + CalMag 5 ml + AB 7 ml + C 1,5 ml = 810 ppm / ph 5,8 Drainage: 0.6 L | 1000 ppm 12.11. 2 L + CalMag 3 ml + AB 7 ml + C 1.5 ml + Plantators Bud Monster (accelerated growth, increased yield, increased photosynthesis efficiency) 1 ml = 900 ppm / ph 6.2 Drainage: 0.8 L | 1200 ppm

13.11. 2 liters + CalMag 3 ml + AB 6 ml + C 1.5 ml + Terra Power Saturn 1 ml = 1006 ppm / ph 6.0 Drainage : 0.3 L | 1250 ppm Sprayed the leaves from the spray gun with a solution of 0.3 liters of water + Plantators Bud Monster 0.5 ml. 14.11. 2.2 liters + CalMag 3 ml + AB 6 ml + C 1.4 ml. Ppm did not record. Without drainage. 15.11. 2.3 liters + CalMag 3.5 ml + AB 7 ml + C 2.1 ml + Jelly Ja 20 ml + Plantators Diamond Armor 1.5 ml (Stimulator Diamond Armor is an environmentally friendly way to reduce the risk of infection of plants with pathogens of bacterial and fungal infections, such as powdery mildew, gray rot and phytium, while not forming resistance to pathogens the active substance. Not being a toxic chemical, Diamond Armor contains a form of phosphorus (phosphite) that is toxic to pathogens, which is not harmful to plants and is completely metabolized, leaving no traces in the crop.) = 890 ppm / 5,9. Drainage: 1500 ppm 16.11. 2.5 liters + CalMag 4 ml + AB 6 ml + C 1.1 ml = 640 ppm/ 5.8 ph. Drainage: 0.7 L | 1500 ppm 17.11. Today we water with a lower concentration, because the ppm of drainage is very high. 2.5 liters of water + CalMag 2 ml + AB 2.5 ml + C 0.15 ml = 430 ppm / 5.8 Drainage: 0.6 L | 1400 ppm 18.11. We skip watering, mushroom mosquitoes have started, it is necessary to dry the substrate. 19.11. We skip watering. A solution of bio-insecticide "Fitoverm" 4 ml per 0.5 liters of water sprayed the substrate around the root. The petioles of the leaves were greatly elongated. Vertical growth continues and we continue to bend branches under scrog. The inflorescences increase rapidly, and the leaves sticking out of the inflorescences begin to show a purple-red hue.

Regarding the weight, I did not weigh the wet buds, I weighed the already dried ones. The weight of dry inflorescences of class A and B = 96 grams.

20.11. 2.5 liters of water + CalMag 1.5 ml + AB 3 ml + C 0.5 ml = 540 ppm / 6.15. Without drainage. I cut off several lower branches, the access of light to which was minimal and they had no chance to break through to the main canopy. 21.11. 3 liters of water + CalMag 3 ml + A B 5 ml + C 1.2 ml = 640 ppm / 6.0. Drainage: 0.1 L | 960 ppm 22.11. 2.7 liters of water + CalMag 4 ml + AB 7.5 ml + C 2.2 ml + BudMonster 2.5 ml + Super candy syrup by B.A.C 2 ml = 790 pm / 6.4. Drainage: 0.15 L | 1420 24.11. 2.5 liters of water + CalMag 4 ml + AB 8 ml + C 2.5 ml + Plantators Flowering Activator 1.5 ml + Super candy syrup by B.A.C 2 ml. 26.11. 3 liters of water + CalMag 5 ml + AB 9 ml + C 2.1 ml + TerraPower Saturn 3 ml = 750 ppm / 6.10. Drainage: 0.1L | 1400 The smell of the stems, if you rub them a little, is very pronounced and difficult to describe, but I can describe the feelings that it causes - peace, as if I have returned home after a long journey; tenderness and at the same time strength.

27.11. 3 liters of water + CalMag 5 ml + AB 7.5 ml + 3 ml + Plantators Color Active 1.5 ml + SCS by B.A.C 2 ml = 600 ppm / 5.6 ph. Drainage: 0.4 L | 2000 ppm (!!!) Unclear. The device works properly, because it measures the ppm of drainage from other plants properly. 28.11. 2.5 liters + Jelly Ja 20 ml + CalMag 2.5 ml = 240 ppm / ph 5.7. Drainage: 0.8 L | 2170 ppm 29.11. Development has noticeably slowed down due to some block. We skip watering. 30.11. 2.8 liters of water + CalMag 4.5 ml + AB 7 ml + C 2.5 ml + Saturn 2 ml = 860 pm / 6.5. Drainage: 0.2 L | 1680 ppm 03.12. 3.5 liters of water + CalMag 5 ml + AB 8.2 ml + C 3.5 ml + Plantators Color Active 1 ml + SCS by B.A.C 2 ml = 800 ppm / 6.4.

04.12. 3 liters of water + CalMag 3 ml + AB 3 ml + C 1 ml = 380 ppm / 6.5. Drainage: 1590 ppm / 0.6 L 05.12. Without watering. Sprayed from a spray gun with a solution of 0.3 liters of water + 0.5 ml BudMonster. 06.12. 3 liters of water + CalMag 4.5 ml + AB 7.5 ml + 3 ml + Color Active 1.5 ml + Saturn 3 ml = 650 ppm / 6.5. 08.12. 3.4 liters of water + CalMag 5 ml + Diamond armor Plantators 3 ml + Jelly Ja 15 ml = 350 ppm / 6.1. Drainage: 1980 pm(!) / 0.4 L 10.12. 3 liters + CalMag 4.5 ml = 125 ppm / 6.5 Drainage: 1270 ppm. I decided to immediately add another 0.5 liters of water and the drainage was already 1980 (!). Why did this happen?

12.12. 3.9 liters. In the morning, a water spill. Drainage: 1500 ppm / 0.5 L In the evening, another 5.5 liters. Drainage: 800 ppm 15.12. 3 liters + AB 9 ml + C 1.5 ml + CalMag 5 ml + Saturn 3 ml = 810 ppm / 6.2 ph. Without drainage, so I decided to immediately add another 1.2 liters + 1.5 ml of Cal Mag + Jelly Ja 10 ml = 230 ppm. Total drainage: 1370 ppm 17.12. 3.7 liters + AB 11 ml + C 1.7 ml + Color Active 3 ml = 680 ppm / 6.3 ph. Drainage: 1330 ppm / 0.7 L

Unfortunately, the smartphone broke down and there were photos in it for a week and a half. Therefore, there will be no photos this week. 19.12. I pour 0.7 liters of water before the main fertigation = 120 ppm / 6.3 ph 3 liters + Plantators Maturing agent (This fertilizer completely lacks nitrogen, which forces plants to process nitrates accumulated in the plant itself. Due to this, the fruits acquire a softer and fuller taste, and the content of useful substances increases. Due to the high content of phosphorus, potassium, magnesium and sulfur, the use of this fertilizer can significantly increase the size of inflorescences.) 15 ml = 580 ppm / 6.2 ph. Drainage: 1020 ppm / 0.5 L . I cut the foliage from below, a little in the middle of the canopy, and from above, which overlapped the buds. 21.12. 0.8 liters of ordinary filtered water watering before fertigation. 3 liters of water + Maturing agent 15 ml = 590 ppm/6, 1 . Drainage: 1 liter / 1280 ppm 23.12. 3.7 liters + Maturing agent 17 ml = 480 ppm/ 6.5. Drainage: 1320 ppm / 0.5 liters 25.12. 5.5 liters of just water = 130 ppm. Drainage: 1.8 liters/ 780 ppm

26.12. 3.5 liters of water + Maturing agent 15 ml = 490 ppm/ 6.2. Drainage: 720 ppm / 1.3 liters 28.12. 3.5 liters of water = 145 ppm / 6.3. Drainage: 770 ppm / 0.8 liters 30.12. 5 liters of water = 140 ppm / 6.2 ph. Drainage: 840 ppm / 1.4 liters 01.01.23. 5.8 liters = 140 ppm / 6.2. Drainage: 2 liters / 500 ppm. Last watering.