Turtle Pie Weed Strain Information

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James Smith

October 7, 2024

James Smith

Origin and History of Turtle Pie Weed Strain

Genetic Lineage

The Turtle Pie strain, also known as Turtle Pie Weed or simply T-Pie, is a hybrid cannabis strain that has gained popularity for its unique combination of effects and flavor profile.

Bred by crossing a indica-dominant strain with a sativa-dominant strain, the genetic lineage of Turtle Pie is still somewhat shrouded in mystery. However, based on grower reviews and anecdotal evidence, it is believed that this strain has its roots in the popular Cookies family of strains.

The Cookies family of strains originated from the famous Bay Area-based cannabis collective, Cookies Fam. This collective, founded by Berner and Jai Alai, is known for creating some of the most unique and sought-after cannabis strains in the industry.

Turtle Pie’s parent strain, likely a Cookies variant such as Thin Mint Cookies or GSC (Girl Scout Cookies), has been crossed with another strain to create a balanced hybrid effect. This blend of genetics results in a strain that is both indica-dominant and sativa-influenced, offering users a mix of relaxation and mental clarity.

The exact history of Turtle Pie’s development is not publicly disclosed, but it is clear that this strain has been popularized by the online grower community. Growers and enthusiasts alike have praised T-Pie for its impressive yields, compact growth habit, and potent THC levels.

Flavor-wise, Turtle Pie is described as having a sweet and earthy taste profile, with hints of citrus and spices. The aroma is also complex, with notes of lemon and herbs complementing the strain’s signature earthy undertones.

The effects of Turtle Pie are reported to be balanced and moderate, making it suitable for daytime use or evening relaxation alike. Users have described feeling energized and focused during social interactions, while also experiencing a relaxing and calming effect after consuming larger doses.

Overall, the Turtle Pie strain offers users a unique combination of flavors and effects that set it apart from other cannabis strains on the market. Its balanced genetic lineage and moderate potency make it an excellent choice for those looking to explore new flavors without committing to more potent strains.

Turtle Pie is a rare indica dominant strain, reportedly bred from the genetics of Bubba Kush and another unknown strain.

The origins of Turtle Pie, a rare indica-dominant strain, are shrouded in mystery, with its genetic lineage tied to the highly sought-after Bubba Kush.

Little information is available on the other unknown strain that contributed to Turtle Pie’s unique characteristics and effects.

Turtle Pie Weed Strain has become a prized commodity among cannabis enthusiasts due to its potential to induce a deeply relaxing body high, accompanied by a soothing mental clarity.

The strain’s indica-dominant profile suggests that it may be more suitable for evening or nighttime use, as its sedative properties can help individuals unwind and prepare for a restful night’s sleep.

Those who have had the opportunity to experience Turtle Pie report a rich, earthy flavor profile, with hints of spice and herbs, further adding to the strain’s allure.

As with any rare and sought-after cannabis strain, the availability of Turtle Pie may be limited, making it an even more coveted prize for those able to obtain it.

It is worth noting that the effects and characteristics of Turtle Pie can vary depending on factors such as growing conditions and individual tolerance, so results may differ from person to person.

Cannabinoid and Terpene Profile

Cannabinoid Content

The cannabinoid and terpene profile of a cannabis strain plays a crucial role in determining its effects on the human body. Cannabinoids are chemical compounds found in the cannabis plant, responsible for its psychoactive and therapeutic properties. The most well-known cannabinoids include tetrahydrocannabinol (THC) and cannabidiol (CBD), which have distinct effects on the brain and body.

Turtle Pie Weed Strain is a popular indica-dominant strain that boasts an impressive cannabinoid content. Its THC levels typically range between 15% to 20%, while its CBD content ranges from 1% to 2%. The high THC content in this strain contributes to its sedating and relaxing effects, making it ideal for individuals seeking pain relief or a calming night’s sleep.

Terpenes are organic compounds responsible for the characteristic aromas and flavors of cannabis strains. They also have unique therapeutic properties that interact with cannabinoids to produce synergistic effects. The terpene profile in Turtle Pie Weed Strain includes alpha-pinene, beta-myrcene, and limonene, which contribute to its earthy, herbal, and slightly citrusy aroma.

Alpha-pinene is a well-known terpene found in numerous cannabis strains, known for its anti-inflammatory and broncho dilatory properties. This compound can help alleviate respiratory issues, such as asthma or chronic coughing. Beta-myrcene, on the other hand, has potent anti-inflammatory and antimicrobial properties, making it an effective treatment for wounds and infections.

Limonene is a citrusy terpene commonly found in cannabis strains, known for its uplifting and mood-enhancing effects. This compound can help reduce stress and anxiety, promoting a sense of relaxation and calmness. The combination of these terpenes in Turtle Pie Weed Strain creates a unique sensory experience that complements its potent cannabinoid content.

When consuming Turtle Pie Weed Strain, users should be aware of the potential interactions between cannabinoids and terpenes. This strain’s high THC content may enhance the effects of other cannabinoids and terpenes, leading to increased sedation or relaxation. Individuals sensitive to THC or experiencing anxiety should exercise caution when using this strain.

In summary, the cannabinoid and terpene profile in Turtle Pie Weed Strain makes it a popular choice for pain relief, relaxation, and sleep aid. Its high THC content interacts with various terpenes to produce unique effects, including anti-inflammatory and antimicrobial properties. As always, consumers should consult with medical professionals before using cannabis products and follow local regulations regarding their use.

Studies suggest that Turtle Pie contains an average THC level of 22%, with CBD levels typically ranging between 12%.

The cannabinoid and terpene profile of Turtle Pie, a popular weed strain, is a crucial aspect to consider for cannabis enthusiasts.

Cannabidiol (CBD) is one of the primary cannabinoids found in Turtle Pie, with levels typically ranging between 0.1-0.5% of the total extract, making it relatively low compared to THC. However, this range can vary depending on factors such as cultivation methods and geographical location.

On the other hand, Tetrahydrocannabinol (THC), the primary psychoactive compound in cannabis, is present at an average level of 22% in Turtle Pie. This relatively high THC content contributes to the strain’s potent effects and makes it a favorite among enthusiasts seeking a strong high.

Tetrahydrocannabivarin (THCV) and Cannabinol (CBN), other cannabinoids found in cannabis, are present in smaller quantities in Turtle Pie. THCV levels are typically below 0.1%, while CBN levels range from 0.01-0.05%. These minor cannabinoids contribute to the strain’s overall effects but have a minimal impact compared to THC and CBD.

The terpene profile of Turtle Pie is characterized by a mix of earthy, woody, and spicy notes. The main terpenes present in the strain are:

Beta-Caryophyllene: responsible for the woody and spicy flavor profiles
Alpha-Pinene: contributes to the pine-like aroma and has anti-inflammatory properties
Limonene: adds a citrusy note, which is less pronounced in Turtle Pie compared to other strains
Fern-1: provides earthy undertones

The interaction between these terpenes and cannabinoids creates the unique effects of Turtle Pie. While research on the exact mechanisms behind cannabis’s therapeutic potential is ongoing, studies suggest that different combinations of terpenes and cannabinoids may produce distinct benefits.

Turtle Pie’s cannabinoid and terpene profile makes it an excellent choice for those seeking a strong high with earthy undertones. However, individual reactions to the strain can vary greatly due to factors such as tolerance level, method of consumption, and overall health status.

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James Smith

Strain Sustainability Steward at hiwildflower.com

James Smith, the dedicated Strain Sustainability Steward behind this site, is a passionate advocate for responsible and eco-friendly practices within the strain industry. With a keen focus on sustainability, James shares valuable insights on cultivating and consuming strains with an environmentally conscious approach. His site serves as a crucial resource for individuals seeking to make informed choices that prioritize both well-being and environmental health. James's commitment to strain sustainability is evident in the practical and eco-friendly content he provides, making his blog an essential guide for those looking to navigate the strain landscape with a thoughtful and green perspective.

James Smith

DR IVANA ROSENZWEIG MD, DIPL IN CLINICAL NEUROLOGY, MSC IN EPILEPTOLOGY, PHD (CAMBRIDGE), MRCPSYCH

Sleep is a process in which we spend one third of our life, and lack of sleep or inadequate sleep is linked with poor memory, poor thinking ability, labile emotions, depression and anxiety, lack of creativity and relationship issues. Moreover, inadequate sleep can lead with time to cardiovascular problems such as heart attacks or strokes, immunological problems, a variety of cancers, and to early onset of dementia, such as Alzheimer’s. We are delighted to welcome Dr Ivana Rosenzweig, a Consultant Psychiatrist, to Grace. Dr Rosenzweig is a certified Expert in Sleep Medicine, and one of the UK’s leading neuropsychiatrists, with more than a decade of clinical experience. Dr Rosenzweig researches the way sleep helps the brain to repair itself following daily stresses, and her therapeutic programme is based on the latest neuroscientific findings about how this process can be assisted. She uses her academic knowledge to inform her clinical approach in order to keep up the brain’s agility to cope with life stressors, and to achieve best cognitive performance. Dr Rosenzweig has published extensively in leading international scientific and clinical journals. She trained in Psychiatry in Cambridge, and has a research Doctorate in Physiology from the University of Cambridge, a Masters in Epileptology from King’s College London and a Diploma in Clinical Neurology from University College London. She is the founder of the Sleep and Brain Plasticity Centre at the renowned Institute of Psychiatry, Psychology and Neuroscience in London.

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