Check the winners The Grow Awards 2026 🏆

All You Need to Know About the Gas Lantern Routine To Grow Cannabis

Gemaakt door
NetraManjunathNetraManjunath
3 opmerkingen
Toegevoegd 13 April 2024

If you’ve grown cannabis for a while, you’re probably using the 18/6 cycle. Meaning, the plants get 18 hours of light and 6 hours of darkness during the vegetative phase and 12/12 hours during the flowering phase. 

But, what if we told you that some growers have apparently found a better lighting cycle that can work wonders for your cannabis plant? 

It’s called the gas lantern routine or the 12-1 routine, but does it work? There is some truth to it, but the rest is for you to find out on your own if you’re up to the task. In this article, learn about the gas lantern routine and how it may help you. 

What Exactly is the Gas Lantern Routine to Grow Cannabis?

What Exactly is the Gas Lantern Routine to Grow Cannabis?

The gas lantern routine finds its roots in the agricultural practices of the yesteryears, where farmers were trying to deter nocturnal pests from attacking their crops. The farmers would take out lanterns at night to protect the plants, but this had an unexpected side effect. 

The farmers realized that the use of lanterns at night stopped the plants from blooming — the crops were perpetually maintained in the vegetative stage. Fast forward to the present day, and indoor cannabis growers have harnessed this historical anomaly, touting its potential for substantial benefits in plant growth, health, and yield.

Gas Lantern Routine Breakdown 

At its core, the GLR endeavors to emulate a more natural light cycle, diverging from the conventional continuous lighting patterns typical in indoor cultivation. Here's a breakdown of what the GLR entails:

During the vegetative phase, the GLR introduces a distinctive light-dark cycle: five and a half hours of darkness followed by one hour of light, and another five and a half hours of darkness. 

This departure from the standard 18 hours of light and 6 hours of darkness disrupts the plants' photoperiod, effectively preventing premature transition to the flowering stage.

Growers that use GLR claim that it is a terrific method of growing cannabis. According to them, you can expect accelerated vegetative growth, reduced flowering stretch, and an earlier onset of bud development. 

By subjecting plants to a brief hour of light amidst the darkness, growers claim that GLR supports a surge in flowering hormones while keeping full bloom at bay. Consequently, when the brief light interruption stops, your cannabis plant will exhibit robust and vigorous growth.

Beyond its efficacy in enhancing plant development, the GLR offers practical advantages for cannabis growers. By shortening both the vegetative and flowering phases, you can achieve more frequent harvests. 

Vegetative cycles may be shortened by one to two weeks while flowering stages can be sped up by a week or more, all while maintaining optimal plant health and vigor.

In essence, the gas lantern routine represents a terrific yet unique approach to indoor cannabis cultivation, offering you a naturalistic alternative to conventional lighting methods. 

How Does the Gas Lantern Routine Work for Cannabis?

How Does the Gas Lantern Routine Work for Cannabis?

Did you know that cannabis doesn't need a whopping 18 hours of light during the vegetative phase? Nope, it's true! All it needs is 13 hours of light to keep growing along in its vegetative growth phase. 

So, that 18-hour lighting schedule? Yeah, it's just stressing out your plants, according to growers that use GLR. 

Think about it: even outdoor cannabis plants don't bask in 18 hours of sunlight. Heck, even in the equatorial regions, they don't get that much sunshine in a day. So, if cannabis is all about that outdoor life, why not mimic those natural conditions indoors?

This is where the gas lantern routine comes in. This nifty lighting technique can work wonders not only during the veggie stage but also throughout flowering. During the vegetative phase, you can keep those lights on for 11 hours straight and then give 'em a 13-hour break. Sounds more like what Mother Nature intended, right? 

Most growers still swear by the old 12 hours on and 12 hours off routine, but if you trust users of GLR, it's not doing your plants any favors. They need a schedule that's more in tune with the great outdoors.

Now, let's talk flowering. When your plants are blossoming, it's like they're naturally winding down for the season. Out in the wild, they wouldn't be soaking up a full 12 hours of sunlight at that point. 

That's where GLR swoops in to save the day. By mimicking those outdoor photoperiods as closely as possible, you're giving your plants the best shot at success. Some growers even start with the classic 12/12 setup and gradually dial down the lights, adding a 30-minute shutdown every two weeks. It's like simulating that transition from late summer to early autumn sunlight, right in your grow room. 

So, when your buds are in those final weeks of flowering, they'll be chilling out with a cozy 9 hours on and 15 hours off. Talk about bringing the great outdoors inside!

What are the Potential Benefits of the Gas Lantern Routine?

What are the Potential Benefits of the Gas Lantern Routine?

Let's break down the potential perks of jumping on the GLR bandwagon:

1. Lower Energy Bills 

Tired of those eye-watering electricity bills? GLR steps in to save the day by trimming your energy usage. By limiting the light to just 13 hours daily instead of the standard 18, GLR can save you A LOT of money during each growing season. 

2. Keeps the Grow Room Cool 

Don't let your plants break a sweat! Traditional grow lights, especially HPS and MH ones, can turn up the heat, but GLR keeps things cool and comfy. Thanks to its intermittent dark spells, GLR creates a cooler environment, ensuring your plants stay in their happy place, thriving and flourishing.

3. A More Natural Light Cycle 

GLR aims to mimic Mother Nature's light cycle, giving your plants a more natural lighting regime. This aligns with the plant's biological rhythm, potentially encouraging more organic growth patterns. It's like bringing a slice of the great outdoors right into your grow room!

4. Improved Growth 

With GLR, your plants enjoy extra downtime, leading to robust growth in just a couple of weeks. More growth means more buds, translating to potentially higher yields. And if you're into training techniques, GLR could be the secret sauce for unlocking even more flowering buds, boosting your yield to the max!

5. Better Root Health

Now, here's where things get a bit controversial. Some growers swear by GLR for strengthening the root system. They believe that during the dark hours, cannabis plants focus on root development. So, by giving them more dark hours, you're helping those roots grow stronger. And we all know a solid root system sets the stage for lush, healthy growth.

So, there you have it—GLR isn't just a lighting routine; it can be a game-changer for your plants, your wallet, and even the environment!

What are the Drawbacks of the Gas Lantern Routine?

What are the Drawbacks of the Gas Lantern Routine?

Sure, it can be a game-changer, but is the gas lantern routine right for you? Here are some of the biggest drawbacks of this routine that you should be aware of before jumping in. 

1. Can Stress Your Plant 

Transitioning to GLR isn't always a walk in the park. The sudden shift away from traditional lighting schedules might catch your plants off guard, leading to stress or a temporary growth slowdown as they adapt to the new rhythm.

2. Some Strains are More Sensitive To GLR

Not all cannabis strains are thrilled about GLR's unique lighting routine. Some genetics, particularly those accustomed to lengthy light exposure, might find GLR's interrupted daylight schedule less than ideal, potentially stunting their growth. 

Additionally, certain varieties might unexpectedly enter the flowering stage due to the light stress induced by this method.

3. You Need to Be More Involved 

GLR demands a hands-on approach from growers. Keeping a close watch and potentially making frequent adjustments to the lighting regimen for optimal growth can be time-consuming. This routine calls for keen observation and a readiness to tweak the lighting setup based on your plants' feedback.

4. May Not Always Work — No Guarantee

While some growers sing praises of GLR's ability to boost yields, others may experience the opposite. A drop in yield is possible, particularly if your plants struggle to adapt to the new lighting scheme. Individual experiences vary, highlighting the importance of tailoring your approach to suit your specific circumstances.

Summary: All You Need to Know About the Gas Lantern Routine To Grow Cannabis

In summary, the Gas Lantern Routine offers a unique approach to indoor cannabis cultivation, promising a host of benefits for both you and your plants alike. By mimicking natural light cycles, GLR provides a more energy-efficient, cooler, and growth-promoting environment. 

With accelerated vegetative growth, reduced flowering stretch, and potential for higher yields, GLR has captured the attention of cannabis cultivators worldwide. However, it's essential to weigh the drawbacks, including potential plant stress, strain sensitivity, increased monitoring requirements, and variable performance outcomes. 

Ultimately, whether GLR is right for you depends on your unique circumstances and cultivation goals. So, if you are looking to spice up your cannabis cultivation and potentially find the next best thing to increase your plant’s yields — give GLR a try!






Inloggen

3 opmerkingen
Sorteer op
populariteit
populariteit
nieuwste
oudste
m0use
m0use gecommentarieerd2y ago
DLI is hier de sleutel. Er zijn te veel onbekenden over hoe het hydro bespaart. En als het belangrijkste verkoopargument natuurlijke en organische lichtcycli zijn. Nergens op aarde gaat het licht 's nachts een uur aan en gaat het dan weer weg lol. Ik voel dat extra stress een al borderline plant van slechte genetica over de rand zou duwen en je moeite om het te laten groeien zou verspillen, waardoor het een hemri wordt. Je hoeft ook niet 18/6 te groeien, je kunt 17/7 of 16/8 of 15/9 of 14/10 of 13/11 doen en je hoeft ook niet de ideale DLI van rond de 35-40 te halen. Je kunt en waarschijnlijk ben je eronder gegaan als je oude school LED's gebruikt. Het groeide nog steeds wiet, dat wed ik. Misschien niet tot zijn volle potentieel. Bovendien doet het hetzelfde door hydro te besparen. Krijg een lichtcontroller die de lichten dimt bij een zonsondergang en opgang functie en dat is natuurlijker dan dit idee, vind ik. Vanuit mijn beperkte kennis hierover. Plantenhormonen die verantwoordelijk zijn voor het induceren van de bloei in cannabis zijn lichtgevoelig, ze worden verstoord door normaal daglicht en kunnen een speciaal bonus effect hebben met FR-verre rood of IR-infrarood licht. Ik kan me niet herinneren welke het is. Maar het FR of IR licht breekt de daghormonen/verbindingen af die de bloeihormonen verhinderen om zich te vormen, ze hebben normaal gesproken een uur of zo nodig om natuurlijk af te breken, het is de halfwaardetijd van de dagverbinding in de plant. Dus dit stelt in theorie de bloeihormonen in staat om een voorsprong te krijgen in de nachtcyclus en zou je kunnen toestaan om je downtime te verkorten en een hogere DLI te krijgen met verschillende lichten. .... Ik heb verhalen hierover gelezen, dus neem het met een korreltje zout. En we hebben "dr.Brugebugbee" bewezen dat we die DLI boven de 40 kunnen duwen wanneer andere dingen in orde zijn zoals VPD en CO2-suppletie. Artikelen hebben betere controle nodig, als je het een optie wilt maken zou het niet geschreven moeten worden alsof het feitelijk is en het als jouw mening moeten stellen, dan praten waarom je je zo voelt over het onderwerp, omdat het het gesprek opent over wat het is. Plus bronnen zijn geweldig. voor wanneer je feiten stelt. In de voetnoten met asterisken of bullet nummers die verwijzen naar de punten in de artikelen.
FraFra__frankenstoner_Two_days_in_a_day
Ja, ik voel me experimenteel en ga mijn eigen lichtcyclus proberen. Twee dagen in één dag. 😁 Planten hebben geen digitale horloges. Ze willen licht en duisternis om te groeien. De temperatuur is belangrijk voor de groei.
TastyBudzz
TastyBudzz gecommentarieerd2y ago
Kijk of beter nog meet de daadwerkelijke uren direct zonlicht op planten in buitentuinen. 8 uur is waarschijnlijk het maximum, tenzij je in de prairie woont. Ik gebruik 14 uur licht voor de vegetatieve fase. Om bloei te voorkomen. In theorie zijn 8 uur sterke licht en 4 uur zwak licht alles wat nodig is. Verlaag dan het zwakke licht naar 2 uur wanneer het tijd is om bloei te induceren. Kortom. Mijn planten zijn zeker gelukkiger en sterker met 14 uur licht in de vegetatieve fase en 10 uur licht tijdens de bloei. Minder stress. Minder tekenen van voedingsdeficiëntie. De belangrijkste oorzaak van calciumdeficiëntie is te veel licht. Te veel fotonen in een cyclus van 24 uur. Ik maak me geen zorgen over het besparen van elektriciteit. Mijn planten zijn veel gezonder en gemakkelijker te beheren. Ik begrijp niet waarom, maar ik geloof dat mijn internodale lengtes korter zijn en de stelen dikker lijken. Minder warmte is zeker een bonus. Apparatuur gaat langer mee. Was me niet bewust dat dit een naam had. Ik stem gewoon de parameters van de natuur af. Het is onmogelijk voor een plant om 18 uur direct zonlicht te krijgen. Ter referentie, ik doe deze complexe lichtcyclus die in gasverlichting wordt genoemd niet. Gewoon 14 uur voor de vegetatieve fase en 10 uur voor de bloei. Het is allemaal bro-science totdat er een echte wetenschappelijke gecontroleerde vergelijking is gedaan lol. Dus mijn instincten en observaties vertellen me minder uren. Gezondere planten. Ook geef ik mijn planten nu maar één keer per week voeding met de helft van de aanbevolen sterkte. Ik snijd mijn Fox Farm aarde met perliet in een verhouding van 1 op 1. Met andere woorden, minder dan de helft van de voeding. Planten vertonen absoluut geen tekenen van tekort. Minder licht, minder voeding. Sterkere, gezondere planten.