The wavelengths of electromagnetic radiation which have the least damaging impact on hashish throughout the curing course of are these exterior the ultraviolet and blue ranges. These wavelengths reduce degradation of cannabinoids and terpenes, preserving efficiency and aroma. For example, storing harvested hashish in full darkness or underneath a really low depth inexperienced mild publicity can forestall light-induced breakdown of important compounds.
Sustaining the integrity of hashish throughout curing is essential for product high quality. Publicity to sure mild frequencies accelerates the decomposition of THC into CBN, lowering psychoactive efficiency. Equally, risky terpenes, liable for aroma and taste, degrade quickly underneath intense or particular mild publicity. Traditionally, cultivators have employed darkish, cool environments for curing to take care of the plant’s fascinating properties, demonstrating an implicit understanding of sunshine’s impression even earlier than fashionable scientific evaluation.
Due to this fact, understanding the spectral results on hashish composition permits for optimized curing methods. Subsequent sections will discover particular mild wavelengths and their impacts, methods to attenuate light-induced degradation, and finest practices for light-controlled curing environments.
1. Darkness Optimum
The precept of “darkness optimum” in hashish curing arises from the understanding that mild, no matter wavelength, gives vitality that may catalyze undesirable chemical reactions. Particularly, mild publicity accelerates the degradation of tetrahydrocannabinol (THC) into cannabinol (CBN), a much less potent cannabinoid, and results in the volatilization of precious terpenes. The absence of sunshine, subsequently, represents the best situation for preserving the unique chemical profile of the harvested plant materials. For instance, cultivators who treatment their hashish in fully darkish, climate-controlled rooms persistently report increased THC retention and extra pronounced terpene profiles in comparison with those that make the most of even minimal mild publicity.
Darkness prevents the activation of photoreceptors throughout the plant matter that, post-harvest, nonetheless provoke complicated biochemical processes when uncovered to even low ranges of illumination. These processes can alter the composition of cannabinoids and terpenes, diminishing each the psychoactive results and the fragrant qualities of the cured hashish. In apply, that is carried out through the use of opaque containers, storing hashish in light-proof rooms, and avoiding any pointless publicity to synthetic or pure mild sources throughout the curing interval. Cautious consideration to element prevents even incidental mild publicity that cumulatively degrades high quality.
Due to this fact, “darkness optimum” isn’t merely a suggestion, however a basic requirement for reaching a high-quality treatment. Sustaining full darkness ensures the preservation of fascinating compounds, contributing considerably to the efficiency, taste, and total consumer expertise of the ultimate product. The first problem lies in implementing efficient, light-proof storage options whereas balancing the necessity for periodic inspection and upkeep of the curing hashish. Implementing correct curing methods will assist improve and lengthen the lifetime of your harvested vegetation.
2. UV avoidance
Ultraviolet (UV) radiation presents a major risk to the integrity of hashish throughout the curing course of. As a high-energy portion of the electromagnetic spectrum, UV mild straight contributes to the degradation of cannabinoids, significantly THC, and the volatilization of terpenes. The connection between UV avoidance and deciding on the least dangerous mild colour for curing is subsequently direct: the best curing setting actively excludes UV mild. This exclusion stems from the mechanism by which UV radiation interacts with natural compounds, initiating photochemical reactions that break down the specified constituents of the hashish flower. For instance, exposing cured hashish to direct daylight, wealthy in UV radiation, will noticeably cut back its efficiency and alter its fragrant profile inside a comparatively brief interval.
The sensible utility of UV avoidance includes a number of key methods. Opaque containers, resembling darkish glass jars or vacuum-sealed baggage, are generally used to dam UV radiation. Curing rooms ought to be shielded from direct daylight and geared up with UV-filtering movies on home windows if pure mild publicity is unavoidable. Moreover, synthetic lighting methods used for inspection functions should be fastidiously chosen to make sure they don’t emit UV mild. Customary fluorescent and incandescent bulbs can emit small quantities of UV radiation; subsequently, LED lighting choices with a specified UV-free output are preferable. This consideration highlights the significance of understanding the spectral traits of sunshine sources used within the curing setting.
In abstract, UV avoidance is a vital element of any efficient hashish curing protocol. The detrimental results of UV radiation on cannabinoids and terpenes necessitate stringent measures to attenuate publicity. The problem lies in figuring out and eliminating all sources of UV mild throughout the curing setting, making certain that the chosen lighting methods and storage strategies don’t compromise the standard of the cured product. This cautious consideration of sunshine properties results in the preservation of efficiency and aroma, straight contributing to a superior closing product.
3. Blue Detrimental
The idea of “blue detrimental” is intrinsically linked to deciding on the least dangerous mild colour for curing harvested hashish. Particular wavelengths throughout the blue mild spectrum speed up degradation processes, negatively impacting the ultimate product’s high quality. Understanding these mechanisms is essential for cultivators aiming to protect efficiency and aroma throughout the curing part.
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Excessive Power Photograph-oxidation
Blue mild, possessing a comparatively brief wavelength and excessive vitality, promotes photo-oxidation reactions. These reactions contain the interplay of sunshine with cannabinoids and terpenes within the presence of oxygen, ensuing of their decomposition. For example, publicity to intense blue mild may cause THC to transform into CBN, lowering the psychoactive efficiency. Equally, terpenes, which contribute to the distinctive aromas and flavors, degrade quickly underneath blue mild, diminishing the general sensory expertise.
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Chlorophyll Activation
Even in harvested hashish, residual chlorophyll retains some mild sensitivity. Blue mild strongly prompts chlorophyll, which might then catalyze additional breakdown of fascinating compounds. This residual chlorophyll exercise contributes to undesirable flavors if the plant materials isn’t dried and cured correctly. Minimizing publicity to blue mild reduces the potential for this light-induced degradation course of.
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Accelerated Terpene Volatilization
Terpenes, being risky natural compounds, are significantly prone to light-induced volatilization. Blue mild gives the vitality wanted to interrupt the bonds holding terpenes throughout the plant matrix, inflicting them to evaporate extra rapidly. This loss diminishes the fragrant complexity and therapeutic potential of the cured hashish. Implementing methods to dam blue mild considerably aids in terpene preservation.
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Wavelength Specificity
The detrimental results are wavelength-specific throughout the blue spectrum. Shorter wavelengths, nearer to the UV vary, exhibit probably the most damaging results. Whereas full spectral evaluation is right, a normal avoidance of the complete blue mild vary gives a sensible safeguard in opposition to undesirable degradation. Choosing curing environments and lighting methods that reduce or eradicate blue mild emissions contributes on to the preservation of fascinating compounds.
These sides underscore the need of excluding blue mild throughout hashish curing. By understanding the mechanisms by means of which blue mild degrades cannabinoids and terpenes, cultivators can implement efficient methods to attenuate its impression. This in the end leads to a higher-quality cured product with improved efficiency, aroma, and total client attraction.
4. Inexperienced acceptable
The assertion that inexperienced mild is “acceptable” for hashish curing arises from empirical observations and restricted scientific research suggesting it poses much less hurt in comparison with different wavelengths, significantly UV and blue. Nevertheless, this acceptability shouldn’t be interpreted as preferrred, however quite as a comparatively benign choice when some illumination is unavoidable. The dialogue beneath explores the nuances of this attitude.
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Decreased Photosynthetic Exercise
Harvested hashish, whereas now not actively rising, could retain residual photosynthetic capability. Inexperienced mild is much less effectively absorbed by chlorophyll in comparison with blue or crimson mild. Due to this fact, publicity to inexperienced mild is much less prone to stimulate undesirable metabolic processes that might degrade cannabinoids and terpenes. Though some photosynthetic exercise could persist, it’s usually thought-about minimal underneath inexperienced mild publicity.
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Decrease Power Content material
Inexperienced mild occupies a mid-range place within the seen mild spectrum, possessing much less vitality than blue or UV mild. This decrease vitality interprets to a decreased capability to provoke or speed up degradation reactions. Whereas inexperienced mild can nonetheless contribute to some degree of photochemical decay, its impression is considerably much less pronounced than that of higher-energy wavelengths. This discount in vitality switch is key to its “acceptable” standing.
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Sensible Utility for Inspection
Full darkness, whereas optimum for preservation, impedes obligatory inspections for mould, pest infestations, or normal evaluation of the curing course of. Inexperienced mild presents a compromise, permitting cultivators to visually examine their crop with out subjecting it to extra damaging wavelengths. The flexibility to watch the curing course of with out considerably compromising high quality contributes to its sensible acceptability. Nevertheless, minimal publicity time stays essential.
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Restricted Scientific Validation
It’s essential to acknowledge that the assertion of inexperienced mild’s acceptability is predicated on a relative comparability quite than definitive scientific validation. Whereas anecdotal proof and restricted research recommend it’s much less dangerous, rigorous analysis particularly quantifying the impression of inexperienced mild on cannabinoid and terpene profiles throughout curing is missing. Due to this fact, the “acceptable” designation ought to be seen cautiously and prioritized solely when full darkness is unfeasible. The absence of conclusive information necessitates a conservative strategy.
In conclusion, whereas inexperienced mild could also be thought-about a much less dangerous different in comparison with different wavelengths, it’s not totally with out potential detrimental results. Its acceptability stems primarily from its decrease vitality content material, decreased photosynthetic stimulation, and utility for visible inspection. Nevertheless, the absence of complete scientific validation necessitates a cautious strategy, emphasizing minimal publicity and prioritizing full darkness each time potential. The context of “what colour mild is the least dangerous for curing weed” in the end underscores that darkness stays the gold normal, with inexperienced mild serving as a realistic, although imperfect, compromise.
5. Purple insignificant
The phrase “Purple insignificant” denotes the minimal impression of crimson mild wavelengths on the degradation of cannabinoids and terpenes throughout hashish curing. This insignificance stems from the comparatively low vitality of crimson mild and its restricted interplay with the chemical compounds of curiosity throughout the harvested plant materials. In contrast to ultraviolet or blue mild, which possess adequate vitality to provoke photochemical reactions resulting in degradation, crimson mild wavelengths exert comparatively little affect. Due to this fact, whereas full darkness stays optimum, incidental publicity to crimson mild is much less detrimental than publicity to different parts of the seen spectrum. The implications for choosing a curing setting are that crimson mild, inside affordable depth ranges and publicity durations, poses a decreased threat in comparison with different mild sources.
The sensible significance of understanding the relative insignificance of crimson mild lies in its potential use for temporary, low-intensity illumination throughout the curing course of. Whereas steady publicity isn’t suggested, crimson mild can facilitate visible inspection of the curing hashish with out inflicting substantial hurt. For example, cultivators would possibly make use of a low-wattage crimson LED mild to verify for mould or assess the dryness of the buds with out considerably compromising cannabinoid or terpene profiles. The absence of sturdy absorption by chlorophyll, in comparison with blue mild, additional reduces the chance of undesirable biochemical exercise throughout these inspection durations. Nevertheless, it’s essential to emphasise that the “insignificant” designation is relative, and any mild publicity ought to be minimized in period and depth.
In abstract, the “Purple insignificant” idea highlights a comparative benefit quite than an absolute endorsement. Whereas minimizing all mild publicity stays the overarching precept in hashish curing, crimson mild presents a much less dangerous choice for temporary illumination throughout important inspection procedures. This understanding permits for extra knowledgeable decision-making concerning environmental management throughout the curing course of, contributing to the preservation of efficiency, aroma, and total product high quality. It’s important to think about this throughout the broader context of “what colour mild is the least dangerous for curing weed”, emphasizing darkness as the final word aim and crimson mild as a relatively benign different when full darkness is impractical.
6. Amber probably helpful
The consideration of “amber probably helpful” within the context of figuring out “what colour mild is the least dangerous for curing weed” arises from observations suggesting protecting qualities quite than detrimental results. Whereas definitive scientific validation stays restricted, the potential advantages of amber mild stem from its low vitality and particular interplay with plant pigments. Amber mild, characterised by longer wavelengths throughout the seen spectrum, could exert a stabilizing affect on cannabinoids and terpenes, counteracting degradation processes. This contrasts with the established harms related to ultraviolet and blue mild, solidifying amber as a possible, although unconfirmed, asset. A sensible utility includes utilizing low-intensity amber LED lights throughout brief inspection durations to attenuate disruption of the curing course of whereas facilitating visible evaluation. That is primarily based on the premise that any potential degradation could be much less extreme in comparison with utilizing broad-spectrum or higher-energy mild sources.
The mechanism behind the hypothesized profit includes the excitation of particular chromophores throughout the hashish flower. Amber mild would possibly promote sure enzymatic reactions or conformational adjustments that improve the soundness of THC and different precious compounds. Moreover, by preferentially stimulating these potential protecting pathways, amber mild could not directly suppress pathways resulting in degradation. An instance of this may be seen in preliminary research of different plant-based compounds the place particular wavelengths of crimson and amber mild have demonstrated antioxidant results. Due to this fact, integrating amber lighting into curing protocols, though experimental, rests on the theoretical basis of selective photochemical exercise. It’s distinct from merely avoiding dangerous wavelengths; it seeks to actively promote preservation.
Regardless of the promising potential, “amber probably helpful” ought to be interpreted with warning. The absence of conclusive scientific proof necessitates a conservative strategy. Additional analysis is required to find out optimum depth ranges, publicity durations, and spectral purity for amber mild to exert a web constructive impact. The first problem lies in isolating and quantifying the precise impression of amber mild on particular person cannabinoids and terpenes underneath managed circumstances. Till such information turn into accessible, reliance on amber mild ought to be seen as a supplementary technique inside a complete curing protocol, quite than a substitute for established finest practices resembling full darkness. The connection to “what colour mild is the least dangerous for curing weed” stays that, throughout the spectrum of decisions, amber presents a chance price additional exploration, supplied it doesn’t detract from the basic precept of minimizing total mild publicity.
7. Low depth
The attribute of low depth constitutes a vital issue when evaluating “what colour mild is the least dangerous for curing weed.” Whatever the particular wavelength, increased mild intensities ship larger vitality to the harvested hashish, thereby accelerating degradation processes. The connection is straight proportional: elevated depth corresponds to a extra speedy breakdown of cannabinoids, resembling THC, and a sooner volatilization of terpenes. An actual-life instance demonstrates this precept: hashish uncovered to a high-intensity crimson mild supply displays a major lower in THC content material inside an outlined timeframe in comparison with hashish saved in full darkness or underneath a really low-intensity inexperienced mild.
Sensible utility includes meticulous management over the lighting setting throughout curing. Even when utilizing a supposedly “protected” colour like inexperienced or amber, exceeding a minimal depth threshold negates any potential advantages. The depth is usually measured in lux or lumens, and optimum curing protocols specify values far beneath these of typical family lighting. For example, using a dimmable LED mild supply permits cultivators to finely tune the depth to the bottom sensible degree for temporary inspections, minimizing the general vitality enter. This demonstrates how the selection of “least dangerous colour” turns into much less related if depth isn’t rigorously managed.
In abstract, low depth serves as a vital modifier in figuring out the least dangerous mild for curing. Whereas sure colours could also be inherently much less damaging, excessive depth renders even these choices detrimental. The problem lies in implementing exact mild depth management and integrating it into complete curing protocols. Correct administration of sunshine depth, subsequently, constitutes an integral part of any efficient technique geared toward preserving the standard, efficiency, and aroma of cured hashish.
8. Brief publicity
Restricted period of sunshine publicity is a pivotal aspect in minimizing light-induced degradation throughout hashish curing, intrinsically linking to the choice of the least dangerous mild colour. The precept asserts that even when utilizing a relatively benign wavelength, extended publicity amplifies its detrimental results on cannabinoid and terpene profiles. The overall vitality acquired by the hashish is a perform of each depth and period; thus, lowering publicity time mitigates the general degradation. A sensible demonstration happens when inspecting curing hashish: utilizing any mild supply, even a low-intensity inexperienced LED, for just a few seconds causes far much less change than steady illumination for minutes. This underscores the need of brevity, whatever the mild’s spectral composition.
The implementation of “brief publicity” dictates exact protocols throughout the curing part. Inspection intervals ought to be fastidiously deliberate and executed swiftly. Illumination ought to solely happen when completely obligatory and be terminated instantly after the duty is accomplished. This necessitates environment friendly workflows and educated personnel who can rapidly assess the situation of the hashish with out extended publicity. Furthermore, storage options ought to facilitate fast entry and minimal mild leakage. Using opaque containers with tight seals is important, making certain that every opening exposes the hashish to the briefest potential illumination. These issues rework the choice course of: quite than merely selecting the “least dangerous colour,” one seeks the “least dangerous colour for the shortest potential time.”
In abstract, the significance of “brief publicity” can’t be overstated in hashish curing. It acts as a vital safeguard, complementing the selection of wavelength. By minimizing the period of any mild publicity, cultivators mitigate degradation and protect the integrity of the harvested product. The problem lies in integrating “brief publicity” rules into each stage of the curing course of, requiring rigorous planning and disciplined execution. It reinforces the overarching aim of minimizing complete mild vitality acquired, a core tenet in figuring out the least dangerous mild circumstances for optimum hashish curing.
9. Oblique lighting
Oblique lighting methods play a major function in minimizing light-induced degradation throughout hashish curing, complementing the choice of much less dangerous mild wavelengths. By diffusing mild and lowering its direct impression on the curing materials, oblique lighting methods can mitigate the chance of photochemical harm, regardless of the sunshine’s colour temperature.
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Decreased Depth at Supply
Oblique lighting inherently reduces the depth of sunshine reaching the hashish. Reasonably than a direct beam, mild is mirrored off a floor, resembling a wall or ceiling, scattering the photons and lowering their vitality upon reaching the plant materials. This decrease depth interprets on to decreased degradation charges of cannabinoids and terpenes. Instance: putting a inexperienced LED behind a white sheet successfully diffuses the sunshine, lessening its impression.
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Uniform Gentle Distribution
Oblique lighting promotes a extra uniform distribution of sunshine, avoiding concentrated hotspots that may speed up degradation. Direct mild publicity can create intense illumination on sure areas of the hashish, resulting in uneven curing and localized degradation. Oblique lighting disperses the sunshine extra evenly, lowering these disparities. Instance: utilizing a reflective tent to bounce mild eliminates harsh shadows and sizzling spots.
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Minimization of Direct UV Publicity
Many oblique lighting setups inherently reduce direct UV publicity, even when the sunshine supply emits a small quantity of UV radiation. Bouncing mild off a reflective floor can filter out among the UV parts. Instance: reflecting daylight off a white floor can cut back its UV element earlier than it reaches the hashish.
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Facilitation of Visible Inspection
Whereas darkness is perfect, oblique lighting presents a sensible resolution for visible inspection. By illuminating the curing setting with subtle mild, cultivators can assess the situation of the hashish with out subjecting it to intense, direct illumination. Instance: reflecting a low-intensity inexperienced mild off a ceiling permits for a broad, light illumination that permits inspection.
The mixing of oblique lighting methods with the choice of much less dangerous mild colours, resembling inexperienced or amber, constitutes a complete strategy to hashish curing. Whereas deciding on the correct mild colour mitigates the inherent threat of photochemical degradation, oblique lighting methods additional cut back the general mild vitality impacting the curing materials. Combining these strategies optimizes preservation of efficiency, aroma, and total product high quality.
Steadily Requested Questions
This part addresses frequent inquiries concerning the impression of various mild spectra on hashish curing.
Query 1: Is full darkness really important, or are there circumstances the place mild publicity is permissible?
Full darkness stays the optimum setting for hashish curing, minimizing cannabinoid and terpene degradation. Gentle publicity, even with supposedly much less dangerous wavelengths, ought to be restricted to important inspection durations and stored as temporary as potential.
Query 2: What’s the particular mechanism by which blue mild damages hashish throughout curing?
Blue mild’s excessive vitality promotes photo-oxidation reactions, accelerating the breakdown of THC into CBN and the volatilization of terpenes. It may additionally activate residual chlorophyll, resulting in undesirable taste compounds.
Query 3: If inexperienced mild is “acceptable,” can it’s used repeatedly throughout curing?
No. Whereas inexperienced mild is much less dangerous than different wavelengths, it’s not totally benign. Steady publicity, even at low depth, can nonetheless result in some degradation. Use it sparingly for temporary inspections solely.
Query 4: Does the depth of sunshine matter greater than the colour?
Each depth and colour are vital. Excessive depth of any mild colour can negate the advantages of choosing a much less dangerous wavelength. Managing depth and spectral composition is essential.
Query 5: What sort of lighting is advisable for inspecting curing hashish?
Low-intensity inexperienced or amber LED lights, used briefly and not directly, are preferable for inspecting curing hashish. Guarantee the sunshine supply emits minimal UV radiation.
Query 6: Is there any proof to help the declare that amber mild is useful for curing?
The declare of amber mild’s advantages stays largely theoretical. Whereas some proof suggests potential protecting qualities, rigorous scientific validation remains to be wanted. Make use of it cautiously and don’t depend on it as a major curing technique.
In abstract, minimizing mild publicity, no matter wavelength, is paramount for efficient hashish curing. Choosing much less dangerous colours like inexperienced or amber can supply marginal benefits, however full darkness stays the gold normal.
The next part will discover superior methods for optimizing the curing setting.
Suggestions for Minimizing Gentle Publicity Throughout Hashish Curing
Efficient hashish curing requires meticulous management of the sunshine setting to protect cannabinoid and terpene profiles. The next ideas present sensible steering for minimizing light-induced degradation:
Tip 1: Prioritize Full Darkness. Make the most of opaque containers for storage and conduct curing in a light-proof room. This eliminates the potential for any light-induced degradation.
Tip 2: Implement a Strict Inspection Protocol. Restrict inspections to important monitoring and execute them swiftly. Extreme dealing with and extended mild publicity, even with much less dangerous wavelengths, negate preventative measures.
Tip 3: Make use of Low-Depth Illumination Throughout Inspections. If visible inspection is critical, make the most of a low-wattage inexperienced or amber LED mild supply. Reduce the depth and period of publicity.
Tip 4: Make the most of Oblique Lighting Methods. Replicate mild off surfaces to scale back depth and create extra uniform illumination. This prevents hotspots and lessens the direct impression on the curing hashish.
Tip 5: Put money into Gentle-Filtering Supplies. Set up UV-filtering movies on home windows and make the most of storage containers designed to dam all wavelengths of sunshine, together with UV and blue.
Tip 6: Keep away from Pointless Gentle Publicity. Forestall incidental mild publicity from doorways, home windows, or gear. Even temporary durations of illumination contribute to cumulative degradation.
Tip 7: Often Monitor and Modify. Constantly assess the effectiveness of the light-control measures and make changes as wanted. Guarantee seals are intact, and lighting gear is functioning appropriately.
Implementing these methods ensures minimal mild publicity, optimizing preservation of efficiency, aroma, and total product high quality. Cautious consideration to element prevents even incidental mild publicity that cumulatively degrades high quality.
The following tips symbolize a synthesis of finest practices for mitigating light-induced degradation throughout hashish curing. The next part will supply concluding ideas on reaching optimum outcomes.
Conclusion
The exploration of “what colour mild is the least dangerous for curing weed” reveals that full darkness stays the optimum situation for preserving cannabinoids and terpenes throughout the curing course of. Whereas sure wavelengths, resembling inexperienced or amber, pose a relatively decrease threat than blue or ultraviolet mild, their use ought to be restricted to important inspection durations. Depth and period of publicity are vital elements, necessitating low-intensity illumination and minimal publicity instances. Oblique lighting methods additional cut back the potential for photochemical degradation, complementing the cautious choice of mild sources.
Efficient hashish curing requires a complete technique that prioritizes darkness and meticulously controls all mild publicity. Continued analysis into the spectral results on hashish composition could yield additional insights, enabling much more refined curing protocols. Till then, rigorous adherence to established finest practices stays important for reaching optimum product high quality and preserving the specified traits of harvested hashish.
