10/14 better then 12/12???
- Thread starter PowerPlantPuss
- Start date
grow space
Well-Known Member
WTF ARE U ALL TALKING ABOUT..AM i that retarded..?u above me, wtf are u talking about...?
glockdoc
Well-Known Member
you below me..you dont say fuck to me.....did someone not hit the bong all day??.. what we were talkin about was photoperiod manipulation and then we were wondering about wat u said about leaving a plant 24hr drk and shaking stems and what not...someone said they were thinking about giving it a try, and I said i wouldnt recommend it unless there some reasonable explanation for everything. everything! no one called u retarded.... we wanna know wehre u heard this from? is there some theory behind doing that? has it been done b4 by other ppl then just you and the person who was willing to give it a try? does that replicate anything in the wild? to get dank shit, all u gotta do is buy a seed with good genetics and take care of it daily. its all about the genetics.
grow space
Well-Known Member
Worked up eh..?Relaax friend..i say fuck to even Jebus, so...
?!I, not like many of you trolls read..yes, i read cannabis grow bibles.i like it...i collect info on net, and i make sure i do some research on subjects im interested in..if any of U just read some and not hope that all falls into your lap, u would not be failing with your first grows as an example(im on my first grow, and shit is going really good, from start to this point on)
My info is based on Roseman threads and my own knowledge...
PowerPlantPuss
Active Member
this thread has gone tits up by the waist side!!! to hell with it im gonna get a clone and try it on the clone that way my plants remain safe and i get to experiment on the clone everybody wins!!!!
i know its all about genetics baby these aint no scrappy ass bag seeds!!! A.Kush X Skunk requires less then average light when in flower and it has a bushy look
ill prob have to drop it to 11/13 just to get it to flower properly!!! its indica so its not as damanding as sativa on light thats why i thought maybe... well u no lol
put it this way its on week 3/4 of flowering and the light it 11:30/12:30 and there are only a few white hairs. i wanna gently ease it into flower. id say if i do the whole -15mins id still have it to harvest by week 8-10
i know its all about genetics baby these aint no scrappy ass bag seeds!!! A.Kush X Skunk requires less then average light when in flower and it has a bushy look
ill prob have to drop it to 11/13 just to get it to flower properly!!! its indica so its not as damanding as sativa on light thats why i thought maybe... well u no lol
put it this way its on week 3/4 of flowering and the light it 11:30/12:30 and there are only a few white hairs. i wanna gently ease it into flower. id say if i do the whole -15mins id still have it to harvest by week 8-10
PowerPlantPuss
Active Member
that attitude better not be pointed my direction. whats the title of this thread?? yeah im here looking for info coz nowhere else has any on what im thinking of doing.Worked up eh..?Relaax friend..i say fuck to even Jebus, so...
I, not like many of you trolls read..yes, i read cannabis grow bibles.i like it...i collect info on net, and i make sure i do some research on subjects im interested in..if any of U just read some and not hope that all falls into your lap, u would not be failing with your first grows as an example(im on my first grow, and shit is going really good, from start to this point on)
My info is based on Roseman threads and my own knowledge...
like you i love researching new techniques and i can never learn enough about cannibis cultivation but iv never come across what im thinking of ( read start all will come clear) and no this is my first grow and no i dont "hope" everything falls onto my laps "hope" is for people who dont have the determination to get up and make it happen ... hoping is like wishing a god dam waste of time
no sacrifice no victory
genuity
Well-Known Member
Latitude and Photoperiod
Change in photoperiod is the factor that usually triggers the developmental stages of Cannabis. Photoperiod and seasonal cycles are determined by latitude. The most even photoperiods and mildest seasonal variations are found near the equator, and the most widely fluctuating photoperiods and most radical seasonal variations are found in polar and high altitude locations. Areas in intermediate latitudes show more pronounced seasonal variation depending on their distance from the equator or height in altitude. A graph of light cycles based on latitude is helpful in exploring the maturation and cycles of Cannabis from various latitudes and the genetic adaptations of strains to their native environments.
The wavy lines follow the changes in photoperiod (daylength) for two years at various latitudes. Follow, for example, the photoperiod for 400 north latitude (Northern California) which begins along the left-hand margin with a 15-hour photoperiod on June 21 (summer solstice). As the months progress to the right, the days get shorter and the line representing photoperiod slopes downward. During July the daylength decreases to 14 hours and Cannabis plants begin to flower and produce THC. (Increased THC production is represented by an increase in the size of the dots along the line of photoperiod.) As the days get shorter the plants flower more profusely and produce more THC until a peak period is reached during October and November. After this time the photoperiod drops below 10 hours and THC production slows. High-THC plants may continue to develop until the winter solstice (shortest day of the year, around December 21) if they are protected from frost. At this point a new vegetative light cycle starts and THC production ceases. New seedlings are planted when the days begin to get long (12-14 hours) and warm from March to May. Farther north at 600 latitude the day length changes more radically and the growing season is shorter. These conditions do not favor THC production.
Light cycles and seasons vary as one approaches the equator. Near 200 north latitude (Hawaii, India, and Thailand where most of the finest Cannabis originates), the photoperiod never varies out of the range critical for THC production, between 10 and 14 hours. The light cycle at 200 north latitude starts at the summer solstice when the photoperiod is just a little over 13 hours. This means that a long season exists that starts earlier and finishes later than at higher latitudes. However, because the photoperiod is never too long to induce flowering, Cannabis may also be grown in a short season from December through March or April (90 to 120 days). Strains from these latitudes are often not as responsive to photoperiod change, and flowering seems strongly age-determined as well as light determined. Most strains of Cannabis will begin to flower when they are 60 days old if photoperiod does not exceed 13 hours. At 200 latitude, the photoperiod never exceeds 14 hours, and easily induced strains may begin flowering at nearly any time during the year.
Equatorial areas gain and lose daylength twice duringthe year as the sun passes north and south of the equator, resulting in two identical photoperiodic seasons. Rainfall snd altitude determine the growing season of each area, but at some locations along the equator it is possible to grow two crops of fully mature Cannabis in one year. By locating a particular latitude on the chart, and noting local dates for the last and first frosts and wet and dry seasons, the effective growing season may be determined. If an area has too short an effective growing season for Cannabis, a greenhouse or other shelter from cold, rainy conditions is used. The timing of planting and length of the growing season in these marginal conditions can also be determined from this chart.
For instance, assume a researcher wishes to grow a crop of Cannabis near Durban, South Africa, at 300 south latitude. Consulting the graph of maturation cycles will reveal that a long-photoperiod season, adequate for the maturation of Cannabis, exists from October through June. Local weather conditions indicate that average temperature ranges from 60~ to 80~ F. and annual precipitation from 30 to 50 inches. Early storms from the east in June could damage plants and some sort of storm protection might be necessary. Any estimates made from this chart sre generally accurate for photoperiod; however, local weather conditions are always taken into account. Combination and simplification of the earth's climatic bands where Cannabis is grown yields an equatorial zone, north and south subtropical zones, north and south temperate zones, arctic and antarctic zones. A discussion of the maturation cycle for Cannabis in each zone follows.
genuity
Change in photoperiod is the factor that usually triggers the developmental stages of Cannabis. Photoperiod and seasonal cycles are determined by latitude. The most even photoperiods and mildest seasonal variations are found near the equator, and the most widely fluctuating photoperiods and most radical seasonal variations are found in polar and high altitude locations. Areas in intermediate latitudes show more pronounced seasonal variation depending on their distance from the equator or height in altitude. A graph of light cycles based on latitude is helpful in exploring the maturation and cycles of Cannabis from various latitudes and the genetic adaptations of strains to their native environments.
The wavy lines follow the changes in photoperiod (daylength) for two years at various latitudes. Follow, for example, the photoperiod for 400 north latitude (Northern California) which begins along the left-hand margin with a 15-hour photoperiod on June 21 (summer solstice). As the months progress to the right, the days get shorter and the line representing photoperiod slopes downward. During July the daylength decreases to 14 hours and Cannabis plants begin to flower and produce THC. (Increased THC production is represented by an increase in the size of the dots along the line of photoperiod.) As the days get shorter the plants flower more profusely and produce more THC until a peak period is reached during October and November. After this time the photoperiod drops below 10 hours and THC production slows. High-THC plants may continue to develop until the winter solstice (shortest day of the year, around December 21) if they are protected from frost. At this point a new vegetative light cycle starts and THC production ceases. New seedlings are planted when the days begin to get long (12-14 hours) and warm from March to May. Farther north at 600 latitude the day length changes more radically and the growing season is shorter. These conditions do not favor THC production.
Light cycles and seasons vary as one approaches the equator. Near 200 north latitude (Hawaii, India, and Thailand where most of the finest Cannabis originates), the photoperiod never varies out of the range critical for THC production, between 10 and 14 hours. The light cycle at 200 north latitude starts at the summer solstice when the photoperiod is just a little over 13 hours. This means that a long season exists that starts earlier and finishes later than at higher latitudes. However, because the photoperiod is never too long to induce flowering, Cannabis may also be grown in a short season from December through March or April (90 to 120 days). Strains from these latitudes are often not as responsive to photoperiod change, and flowering seems strongly age-determined as well as light determined. Most strains of Cannabis will begin to flower when they are 60 days old if photoperiod does not exceed 13 hours. At 200 latitude, the photoperiod never exceeds 14 hours, and easily induced strains may begin flowering at nearly any time during the year.
Equatorial areas gain and lose daylength twice duringthe year as the sun passes north and south of the equator, resulting in two identical photoperiodic seasons. Rainfall snd altitude determine the growing season of each area, but at some locations along the equator it is possible to grow two crops of fully mature Cannabis in one year. By locating a particular latitude on the chart, and noting local dates for the last and first frosts and wet and dry seasons, the effective growing season may be determined. If an area has too short an effective growing season for Cannabis, a greenhouse or other shelter from cold, rainy conditions is used. The timing of planting and length of the growing season in these marginal conditions can also be determined from this chart.
For instance, assume a researcher wishes to grow a crop of Cannabis near Durban, South Africa, at 300 south latitude. Consulting the graph of maturation cycles will reveal that a long-photoperiod season, adequate for the maturation of Cannabis, exists from October through June. Local weather conditions indicate that average temperature ranges from 60~ to 80~ F. and annual precipitation from 30 to 50 inches. Early storms from the east in June could damage plants and some sort of storm protection might be necessary. Any estimates made from this chart sre generally accurate for photoperiod; however, local weather conditions are always taken into account. Combination and simplification of the earth's climatic bands where Cannabis is grown yields an equatorial zone, north and south subtropical zones, north and south temperate zones, arctic and antarctic zones. A discussion of the maturation cycle for Cannabis in each zone follows.
genuity
grow space
Well-Known Member
No my friend, its not pointed to you...Its just me and my ignorance and high head
Im on my first indoor grow as well, and things are going smoothly..
I will turn my lights on at the final week for 48 hours, then on for 1h, and then im going to chop my way out of that jungle
PowerPlantPuss
Active Member
Best of luckNo my friend, its not pointed to you...Its just me and my ignorance and high head
Im on my first indoor grow as well, and things are going smoothly..
I will turn my lights on at the final week for 48 hours, then on for 1h, and then im going to chop my way out of that jungle
when i get mine down to harvest im gonna gonna give em about 16hrs of darkness and cut em down lol indoors grows are handy once u think logically you will have a good first grow!!!
grow space
Well-Known Member
Thanks mateBest of luck
, same to you...
