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Double Kush Cake Feminized Grow Report

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Double Kush Cake Feminized is the result of crossing three heavy hitters; Skunk Kush, Afghani #1, and Hindu Kush. This indica-dominant powerhouse produced some impressive colas with an exquisite profile unique to Kush cultivars. Join us in the garden as we document the growing, harvesting and curing process. It was easy to grow, and fun to enjoy!

Flowering stage: 66 days

Total time, seed to harvest: 99 days

Final yield: 117 grams

THC content: 21.92%

Double Kush Cake Feminized seeds (also available in automatic) have been on our list to include in a grow report, and we were happy to get the chance to grow them again. We used our regular grow room, which has housed plants in many of our other grow reports. 

Multiple fans inside the area move air above and below the canopy. Inline fans are strategically positioned to help extract stagnant air, while the carbon filter helps remove any unwanted floral odour. We used 1000W Green Power Phillips HPS lights attached to the ceiling at a height of 3M above the soil level. For the vegetative cycle, our lights were scheduled to be 18 hours on & 6 hours off, and for flowering, this was switched to 12/12. 

Our Double Kush Cake Feminized was grown in BAC Lava Soil mix and fed using Bio Grow and Bio Flower nutrients. The pH of our final solution was always 6.2, and we gradually increased the EC as the root system grew larger. Temperatures were steady, 24°C with the lights on and 21°C during the lights-out period. Humidity was gradually reduced as we reached harvest, and we started our cycle with 65% humidity for our seedlings.

We prepared two plates with two damp paper towels on top to start the germination process. We placed our Double Kush Cake Feminized seed on the damp paper towel and sealed the two plates together, enclosing the seed between the moist towels. 

The plates were then kept in a dark and warm environment at around 21°C for optimal germination conditions. Within days roots emerged, and it was time to transplant them into a larger container. Carefully removing the seedling from the paper towel, we transplanted our Double Kush Cake Feminized into our 1-litre container while giving her 100 ml of water.

Within a few days, our seeds had sprouted and were emerging from the soil. Three days after our seedling emerged from the soil, we added another 100 ml of water with a root stimulant around the base of the stem. The final EC of our solution was 0.8 before feeding.

In week two, the root stimulant worked great, and we saw fresh white roots sticking out of the drainage holes before transplanting them into a 5-litre pot. We introduced Bio Grow nutrients into our feeding solution. Due to the youthful root system, we used a diluted solution with a final EC of 1.4. We fed our Double Kush Cake Feminized 100 ml of water, pouring it around the stem’s base. 

As we know specific bugs can be a threat to the health of our cannabis plants, we released predator bugs as part of our organic Integrated Pest Management (IPM) program. Satchets of Neoseiulus Californicus and Amblyseius Swirskii were placed against the plant. These insects will hunt and kill thrip larvae, fungus gnats, aphids, and other plant-damaging bugs. It is better to be proactive instead of reactive in the garden!

By week three, our Double Kush Cake Feminized had already reached 21 cm in height. We increased our feeding solution to 200 ml to support the growing root mass. We concentrated the watering around the stem’s base, but we moved closer to the edge of the container. This encourages roots to stretch into those areas to find water.

Our Double Kush Cake Feminized had reached several nodes in height. The leaves had large, fat fingers that were now reaching the edges of the pot. Five and even seven-fingered leaves indicated the seedling stage was over. The plant subsequently increased its above-ground biomass and was rapidly photosynthesizing to support further growth.

Throughout week four, our Double Kush Cake Feminized was reaching the height where we considered changing the light schedule and had grown another 10 cm before the end of the week. 

However, we opted for one more week of vegetative growth and increased the volume of the feeding solution to 400 ml with a final EC of 1.7. We were now watering the entire soil surface each watering, and before entering the flowering stage, we dropped the room humidity to 60%.

In week five, the plant had reached 53 cm and was drinking heavily. We switched from Bio Grow nutrients to Bio Flower, increased the volume of our feeding solution to 800 ml, and adjusted the EC to 1.8. It was a week of significant changes in the garden, but the most considerable change was the light schedule, and we were now using a 12/12 light schedule to induce our Double Kush Cake Feminized to flower. 

Several lower branches had grown up and outwards to harness the light. The shape created an excellent separation, allowing all main bud sites to receive direct light. The upper leaves had a slightly lighter green colour than the dark green lower leaves below. A few larger fan leaves were shading lower areas, but we were not ready to defoliate and did not want to stress the plant in the first week of flowering.

Throughout week six, our Double Kush Cake Feminized was experiencing the stretch phase of flowering. It was now 83 cm tall and proliferating. Because some of the lower branch tips were positioned far from the light source, we removed them. This action removes a branch that would produce subpar buds and redirects that growth energy to higher branches. The upper branches can now grow larger buds with the increased resources.

We nearly doubled our water volume and gave our Double Kush Cake Feminized 1500 ml of solution per feeding. Continuing to be proactive with our IPM, we scouted the plants but saw no plant-damaging insects or fungus gnats. However, just in case, we released another sachet of our two predator insects, Neoseiulus Californicus and Amblyseius Swirskii.

Week seven and the very first stigmas were beginning to rise from the clustered branch tips. We started our week by flushing the soil with 5 litres of pure water; pH’d to 6.2. Flushing the soil is done to wash out unused nutrients and salts accumulated from our regular feedings, allowing for a better balance of nutrients in the root zone. 

Remember to remove run-off and not let your roots sit in standing water. After the flush on the first day of the week, we resumed feeding our Double Kush Cake Feminized 1500 ml of nutrient solution with an EC of 1.8. 



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Grow Reports

White Biscotti XXL Feminized Grow Report

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Our detailed grow report provides a comprehensive overview of the entire growth cycle of this White Biscotti OG XXL, from the initial stages of germination to the final stages of harvest. It covers all the critical aspects of growing, including optimal growing conditions, nutrient requirements, and pest management strategies.

Flowering stage: 91 days

Total time, seed to harvest: 63 days

Final yield: 127 grams

THC content: 23.47%

As part of our grow report series, we were excited to cultivate the White Biscotti OG XXL Feminized, released in 2024. Its parental lineage includes the heavy-hitting Wifi OG with the flavour-packed Biscotti, and we were looking forward to experiencing some incredible terpene profiles.

Throughout the cultivation cycle, we maintained consistent daytime temperatures of 23°C and nighttime temperatures of 21°C. We also adjusted the humidity levels throughout the cultivation cycle, starting with a humidity of 65%.

Our chosen growing medium was BAC Lava mix, and we opted to use Bio Grow and Bio Bloom nutrients exclusively. We used a 1000W Green Power Philips HPS to provide optimal light coverage. During the vegetation stage, we followed a standard lighting schedule of 18 hours on and 6 hours off. For the flowering stage, we switched to a 12/12 lighting schedule. To ensure proper air circulation throughout the canopy, we used oscillating fans.

In the first week of the cultivation process, we used an 18-hour light cycle and a 6-hour darkness cycle to promote vegetative growth. We placed the seeds between two damp paper towels to germinate and then enclosed them between two plates. This helps retain moisture and creates a favourable environment for the seeds to sprout. We kept the seeds in a warm and dark location and waited 27 hours for the initial sprout to emerge before moving them to our rock wool cubes.

At the end of the week, our White Biscotti OG XXL seedling had reached 6 cm, and its roots started protruding from its rock wool cube. This indicated that the plant required more space, so we transplanted it into a larger 5-litre container to give the root zone enough space to develop. We watered the plant with 100 ml of water on the third day, ensuring the soil was moist but not waterlogged. We maintained EC levels at 0.8 and a pH of 6, vital for growth and nutrient uptake.

In the second week of growth, our plant was focused on developing its foliage, stems, and roots. The cotyledon was thriving, and we could see the emergence of true leaves as well. We introduced Bio Grow with a high nitrogen content to support optimal growth throughout the vegetation stage. As we increased the water intake to 200 ml, the plant demonstrated robust growth and developed healthy foliage.

We have taken a proactive approach to Integrated Pest Management (IPM). To combat thrip larvae and two-spotted spider mites in our indoor growing space, we have released Amblyseius Cucumeris and Amblyseius Californicus. We used fans to strengthen our seedling’s main stem by gently rocking it, resulting in a more robust structure. By the end of the week, our White Biscotti OG XXL seedling had grown to a height of 15 cm.

In the third week, we observed significant growth in our plant as it elongated its internodes and increased in height by 26 cm. To aid its continued proliferation, we introduced Bio Grow nutrients to our plant for the first time and increased the nutrient solution volume to 400 ml. We combined the nutrients with water to prepare the feeding solution and adjusted the pH to 6.2, resulting in an EC of 1.6. The increase in nutrient solution facilitated the production of more robust leaves and stems.



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Sweet & Sour Cream Automatic Grow Report

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Explore our grow report detailing the growth cycle of Sweet & Sour Cream Automatic, from germination to harvest. This versatile hybrid, created by crossing Sour Florida OG and Gelato #420, showcases a compact size and abundant yields. Now, let’s delve into our detailed step-by-step guide; with any luck, you’ll pick up some expert tips along the way!

Flowering stage: 63 days

Total time, seed to harvest: 91 days

Final yield: 102 grams

THC content: 23.2%

In 2024, Sensi Seeds Research introduced Sweet & Sour Cream Automatic into their catalogue, a strain blending Sour Florida OG and Gelato #420. Anticipate a compact structure featuring short internodal spacing, sturdy branches, and vibrant green foliage. This cultivar typically forms a single large cola with minimal lateral branches, and we couldn’t wait to start our cultivation cycle with this exciting addition!

We cultivated the Sweet & Sour Cream Automatic in our controlled indoor growing space, maintaining a consistent temperature of 23°C during the day and 21°C at night. To optimize air circulation, we placed oscillating fans equipped with a carbon filter and intake fan. Throughout the various growth stages, we carefully managed humidity levels, tailoring them to the specific requirements of each phase. At the initiation of the cycle, we deliberately set the humidity at 65%.

For our growing medium, we used BAC Lava soil, supplemented with Bio Grow and Bio Bloom nutrients throughout the cultivation cycle. Opting for optimal illumination, we chose the 1000W Green Power Philips HPS light. In the vegetative stage, we maintained a lighting schedule of 18 hours on and 6 hours off, transitioning to a balanced 12 hours on and 12 hours off during flowering.

Our cultivation journey began by germinating our Sweet & Sour Cream Automatic seed in a propagation cube 80 cm below the grow light. As soon as roots emerged, we carefully transplanted our 6 cm seedling into a 3-litre pot filled with a BAC Lavasoil mix. Witnessing the onset of leaf development, our plant showcased robust cotyledons and two vibrant leaves.

We abstained from watering until the third day, when we poured 100 ml of water around the main stem to foster robust root growth. We carefully adjusted the pH to 6.2 upon watering, incorporating a root stimulant to achieve an EC of 0.8. Our proactive approach extended to pest management, as we introduced Amblyseius Cucumeris and Amblyseius Californicus predatory mites to address potential issues.

By the end of the second week, our Sweet & Sour Cream Automatic exhibited remarkable growth, doubling in size and reaching an impressive height of 11 cm. Evolving from cotyledons to broad-fingered leaves, the plant displayed distinct indica characteristics with multiple nodes and short internodal spacing. We increased our watering volume to 200 ml and elevated the EC levels to 1.4 in response to the heightened root development.

As a part of our organic pest management strategy, we introduced Neoseiulus Californicus and Amblyseius swirskii into our indoor garden. These beneficial predators play a crucial role in eliminating the risk of unwanted insects. Since our plant was still developing and we couldn’t hang them on the branches, we hung them on stakes close to the main stem.

As we progressed into the third week of cultivation, we adjusted our watering regimen to deliver precisely 400 ml of water, with a strategic emphasis on the base of the stem. Observing our Sweet & Sour Cream at this stage, it stood at an impressive height of 21 cm, exhibiting three well-defined nodes along its main stem. The plant’s growth was notably robust, characterised by luxuriant, dark green leaves that added to its overall vitality and visual appeal.

During the fourth week, the vigorous growth of our cultivation prompted us to enhance the solution volume to 400 ml, providing ample support for the expanding root system. At a height of 28 cm, our Sweet & Sour Cream displayed a more robust mainstem, adorned with an impressive array of over seven nodes, fortified by the continual gentle breeze from the oscillating fans.

This plant is an automatic strain, meaning it doesn’t require the traditional 12 hours on / 12 hours off lighting schedule to grow. However, we grew this plant alongside other varieties and anticipated potential vertical growth. Due to the limitations of our cultivation area, we delicately adjusted the light schedule to a balanced 12 hours on and 12 hours off to usher the plant into the flowering phase. We transitioned from Bio Grow to Bio Bloom nutrients to account for the elevated potassium levels.



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Grow Reports

Blueberry Bubblegum Automatic Grow Report

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Throughout our comprehensive grow report, we provide detailed insights and guidance for every stage of the growing cycle, offering a step-by-step walkthrough from germination to harvest. This report aims to equip cultivators with the knowledge and techniques needed to successfully cultivate and appreciate the full potential of Blueberry Bubblegum Automatic.

Flowering stage: 63 days
Total time, seed to harvest: 84 days
Final yield:  151 grams
THC content: 24.6%

Launched in 2024, Blueberry Bubblegum Automatic was thoughtfully crafted for Sensi Seeds Research through a backcross of Sunset Sherbert with Gelato #420, enhancing its unique traits. This strain amplifies Gelato #420’s aroma, yields, and euphoric effects, complemented by the stability and relaxation of Sunset Sherbet.

We chose BAC Lava Mix as our substrate during this cultivation cycle and utilised 1000W Green Power Phillips lights for optimal growth conditions. As the plants progress through their development, varying humidity levels become necessary. However, we maintained a humidity level of 65% during the initial stages with seedlings. Daytime temperatures were kept at 23°C, and nighttime temperatures dropped to 21°C.

Autoflowers are not influenced by changes in lighting, and theoretically, you can maintain them under an 18/6 schedule throughout their growth. However, since we were cultivating them alongside other cultivars, transitioning to a 12/12 lighting schedule can aid in their maturation and production with reduced stress.

During the vegetative phase, we employed Bio Grow and maintained a lighting schedule of 18 hours on and 6 hours off. As we transitioned to the flowering stage, we adjusted our nutrient approach by introducing Bio Bloom to meet the specific requirements. Simultaneously, we modified our lighting schedule to 12 hours on and 12 hours off.

We initiated germination by situating our Blueberry Bubblegum seed within a pre-moistened rock wool cube positioned 80 cm below a 600W Green Power Phillips light. After 72 hours, the sprout had successfully emerged. On the third day, we introduced 100 ml of water around the stem. Throughout this phase, we maintained a pH level of 6 for the plants, and the electrical conductivity (EC) commenced at 0.8.

As the roots began to emerge from the bottom of the rock wool cube, we transplanted our seedlings into a 1L pot. Creating a small pocket beneath the soil line, we nestled the cube and covered it with soil. To enhance root growth, we also supplemented a rooting hormone, our tiny seedling was beginning to reach upward for the light, with the first set of leaves just visible. By the end of the week, our seedling had reached 6 cm.

Throughout week two, we moved the new plants under their long-term light – the 1000W Green Power Phillips. Our Blueberry Bubblegum continued growing, with the stem reaching 16 cm. The increased developments led to increased water consumption, so we upped our small amount of water to 200 ml and raised our EC to 1.4. At the end of the week, we moved the plant into an 8L pot so that the root system could continue to expand.

In the third week, as we gained confidence in the well-established root zone, we adjusted our watering intake to 400 ml and modified our watering technique to cover a wider radius around the stem. All other environmental conditions remained unchanged. The plant exhibited robust growth, revealing multiple visible bud sites and broad fan leaves strategically maximising light absorption. As the plant reached this advanced stage, By the week’s end, the plant had attained a height of 32 cm.



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