Lemon Oasis strain

 

Rare Dankness Seeds is known for working with only the most wanted cannabis genetics. For the exceptional hybrid strain Lemon Oasis, Rare Dankness crossed the original 2005 cut (clone) of Lemon Skunk ( extreme lemon flavor!) with their in-house strain Rare Dankness #2. The uniquely skunky, lemon terpene flavor profile of the 2005 Lemon Skunk is a perfect match for the potent Rare Dankness #2, which also boasts an exceptional lemon terpene profile. The result is an aroma and flavor explosion that will amaze even the most demanding growers. 

 

Lemon Oasis is an indica-dominant hybrid with more than 24% THC content. The weed induces a body-toned stoned that soothes all senses and provides a long-lasting relaxing sensation. The everyday suitability of Lemon Oasis strongly depends on the planned activities. The weed is probably not suitable for a mountain hike, but it is the perfect companion for a relaxing afternoon with friends at the lake. Growers who have already grown Lemon Oasis will be able to confirm that its incredibly resinous buds taste as lemony as they smell. The smoking experience is accompanied by an extremely lemony flavor on the inhale and light Kush-terpene undertones on the exhale. Due to its high resin production, Lemon Oasis is also perfect for extraction.

 

This photoperiod hybrid produces large, dense buds covered in a thick layer of trichomes. Until the buds are fully mature, the feminized seeds still need about 60-70 days (8.5-10 weeks) of flowering time after the growing period. The plant grows medium sized and feels comfortable both indoor and outdoor. In case of an outdoor grow in the northern hemisphere, the crystalline buds are ready for harvest in early to mid-October. Lemon Oasis is very productive and can produce XXL yields under optimal conditions. Thus, even inexperienced indoor growers can expect at least 550 g per m2. Experts, on the other hand, will be able to harvest well over 600g per m², or much more than a gram per watt. Outdoors, a yield of over 800 g per plant can be achieved.