We are very encouraged by some of the high reported historical uranium and vanadium grades at La Rosada, which our geologists confirmed on recent field visits through the widespread presence of high scintillometer counts and corresponding visible carnotite (a uranium-vanadium mineral) in shallow pits. Featuring similar geology and mineralization to the area where a historic mineral resources was established at the Guanaco and Lago Seco zones, we believe that La Rosada provides potential to outline additional uranium and vanadium mineralization on the Project. Philip Williams, CEO commented "We are excited to commence this program at Laguna Salada which represents the first new work on the Project since 2012. Strongly anomalous values were reported in non-systematic shallow pit sampling over several kilometers. High Uranium and Vanadium Grades Identified – Historic cursory exploration work by at La Rosada reported grades up to 1.18% U 3O 8 and 0.517% V 2O 5 at depths of less than 1 metre in the target sequence.Extensive Areas of the Prospective Target Sequence – At La Rosada, terraces of the prospective sequence of Quaternary unconsolidated gravels/sands hosting the caliche-style uranium-vanadium mineralization outcrop over a large area (>36,000 ha).It represents an area of considerable discovery potential with minimal previous exploration (Figure 2). New Area Outside of the Historic Mineral Resource – La Rosada is located approximately 40 kilometers northeast of the historical mineral resources at the Guanaco and Lago Seco zones.Work is expected to commence during April 2022, subject to receipt of applicable approvals. Initially, the program is expected to include ground scintillometer and hand-dug trenching with subsequent follow-up of elect targets using mechanical excavator trenching and drilling. Aggressive Exploration Program Planned for 2022 – Permitting and landholder approvals are being sought to undertake a systematic exploration program at the La Rosada target (“La Rosada”) within the Project area.(“CUR”, the “Company”, “Consolidated Uranium”) (TSXV: CUR) (OTCQB: CURUF) is pleased to provide details of a planned work program at its 100% owned Laguna Salada Uranium-Vanadium Project (“Laguna Salada” or the “Project”) located in Chubut Province, Argentina (Figure 1). We hope this helps you understand our process better and in the future we look forward to sharing more about how we provide the best cannabis and cannabis products to the patients of New Jersey.TORONTO, Ap(GLOBE NEWSWIRE) - Consolidated Uranium Inc. But it yields unique, exclusive selections for our patients and is worth all of the effort. Selecting a new strain is an involved, lengthy process. Best case scenario, it can take up to a year to fully vet and release a new strain. At this point, if we feel something is ready, we will do a production run that may be released to the public. After the second run, we make our final selection. This run tests their viability for full-scale production and further acquaints us with each phenotype. We analyze all the data we’ve collected and select a handful of the best phenotypes to run a second time. We also review in-house cannabinoid assays, which offer insight into each phenotype’s possible effects. Yield is accounted for, but is never the primary factor when making our selections. Aroma becomes an essential observation at this point since cured flower can smell dramatically different than a live plant in a grow room. We reassess the size, shape, density, trichome coverage, and overall appearance of the flower. If we select one in the final stage, we will have genetically identical material for future propagation.Īfter the flower is dried, trimmed, and cured, we finally get to look at the finished product for the first time. So, as we let each seedling mature, it’s important we have genetic copies of every one. Similarly, each individual seedling is unique when compared to the next. Think of it like a group of children from the same parents: the group has the same genetic starting material and they share many similarities, but they also have many differences in genetic expression that result in different traits and characteristics. That is, each seed produces a different phenotype. For instance, if we have 50 seeds of a single strain / cultivar, the mature plants that result from those seeds can vary widely. To understand why having genetic copies of each seedling is important, let’s break it down further. This step ensures that we have genetic material of each seedling for future propagation. Once the seedlings have taken root and are large enough, we take cuttings off each seedling for propagation.
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