OUTDOOR GROWS 2023 -ANYTHING AND EVERYTHING EVERYWHERE-

[40degsouth]

It’s an interesting conundrum Thereverend.
I’m sure there’s something staring us in the face, particularly given the symptoms manifest in a particular course of events, every time, at a somewhat exact time of the year.
If it’s progressing, above ground, from right to left, l would assume the right side is the lightest/sunny side of the plant.
Why is the plant translocating potassium (assuming that’s what it is. Potassium being basically sugars in the brix and the most translocatable of the macros within the plant) could it be that it’s pushing root development over growth.
Could a potassium foliar/liquid feeding assist the plant or hinder it ?? Brix test from the bottom leaves versus the top leaves a few hours after a feeding of potassium might confirm this???
Could adding h2o2 to a tailored watering/feeding assist with a quick recovery if it is an anaerobic condition or even fungal. Mycostop (l think it’s called)
We might be making assumptions based on observations. It could be beetle larvae attack (for example) eating the feeder roots and the resulting symptoms that are presenting, resembles some sort of fungal infection and have us chasing our tails. This hypothesis makes the most sense to me. Perhaps the plants recover because the larval stage of the life cycle has progressed past the feeding stage
What does everyone think
40.

 

[pipeline]

Climate Prediction Center

www.cpc.ncep.noaa.gov

 

[pipeline]

View attachment 18843391
Anyone else have pot size recommendations for outdoor and indoor ?

Soil

Besides a good seed, any primo plant needs a fertile, living, organic soil to be really healthy. For a cubic yard of soil (enough to fill approximately 10-20 3ft deep by 3ft wide holes for plants) use 40% compost (or worm castings or horse shit), 30% aged or composted redwood sawdust and 30% sandy loam. Add 5 lb. greensand, 5 lb. rock phosphate, 5 lb. dolomite, 3 lb. hoof and horn meal (or 3 lb. fish meal), and 2 lb. kelp with no salt. Also; enough trace elements, with iron sulfur, for a yard of soil. Agricultural frit is a good source but don’t overdo it!

Mix well, and allow to “set” at least a few weeks. Then test for PH. With Dolomite, adjust the pH to between 7 and 8 – slightly alkaline). You might want to use sterilized potting soil for starting your seeds, if you’re short of good seeds and fear damping off. And a cat or mouse trap, if you have mice.

Sprouts and young plants, kept off the ground, say on a table with a 1/4″ wire mesh screen cage on top and around them will also keep out mice, yet admit light and air. crickets, slugs and other insects will eat young sprouts. It’s pretty discouraging to wake up one morning to find out that the one ten year old hash seed you’ve saved and carefully hand germinated was some bug’s dinner! Destroy any questionable bugs or use fine window screening, instead of 1/4″ mesh, to protect your ladies.

With enough room (5 feet between plants if possible) and a loose, aerated, organic soil, thousands of tiny hairlike roots will make available the nutrients that can help grow giant, potent, gooey ladies. A good sized healthy plant can easily have a 50 gallon volume of roots, mostly very fine and spread out, not so much deep down. Anyone who thinks Cannabis roots are all small just hasn’t seen a really healthy plant. If seeds are started in little 4″ peat pots, transplant before one month to avoid stunting. Larger container plants should be planted in the ground before flowering.

View attachment 18864491

From, sun-soil-seeds-soul-1979

Potato dextrose agar - Wikipedia

en.wikipedia.org

Leaf Spot – Curvularia pseudobrachyspora – 26 June 2020​

This pathogen was first observed during a field trial in 2019. Leaf spot symptoms on some varieties were seen as high as 70%. The symptoms were typical of leaf spot with small yellow spots which became tan to brown with an accompanying yellow halo. The pathogen was observed on young and old leaves.


https://apsjournals.apsnet.org/doi/10.1094/PDIS-03-20-0546-PDN

Photo Credit - Marin, Coburn, Desaeger and Peres. UF-GCREC, Wimauma, 2020. Infection of Curvularia pseudobrachyspora on hemp leaf and pathogen morphology.

First Report of Curvularia pseudobrachyspora Causing Leaf Spot on Hemp (Cannabis sativa) in Florida | Plant Disease

doi.org

Cercospora Leaf Spot – Cercospora cf. flagellaris – 17 March 2020


This pathogen was first observed during a greenhouse and field trial in 2019. Leaf spot symptoms were seen on as high as 60% of the plant’s leaves. The symptoms were typical of leaf spot, beginning as small yellow flecks, developing into lesions which turned to light tan or white, with yellow halos, and in severe cases developing chlorosis, leading to defoliation. The infections began on older leaves and moved through the canopy.


https://apsjournals.apsnet.org/doi/10.1094/PDIS-11-19-2287-PDN

Photo Credit – Marin, Coburn, Desaeger and Peres. UF-GCREC, Wimauma, 2020. Infection of Cercospora cf. flagellaris on hemp leaf and pathogen morphology. https://doi.org/10.1094/PDIS-11-19-2287-PDN

Septoria Leaf Spot – Septoria sp.​

Septoria leaf spot is one of the most common leaf spot pathogens among the hemp leaf spot diseases. Like other leaf spot pathogens, the symptoms of this disease begin in the lower canopy as small brown spots with yellow margins. The leaf spots may continue to grow, turn brown and coalesce. More advanced symptoms may be observed, such as leaf yellowing, stunting, and plant death. This disease can progress quickly during the summer months when there is excess moisture, humidity, and the canopies are more dense.

Management Considerations for Leaf Spot Diseases​

At this time the best recommendation is to avoid susceptible cultivars. Research is ongoing to determine how to best manage these pathogens.

---

Powdery Mildew – Golovinomyces sp.​

This disease is characterized by its white powdery appearance on the upper surface of the leaf. The powdery growth is made up of masses of fungi that give it its distinct appearance. Additional symptoms can include leaf necrosis and distortion, as well as early defoliation. The disease is common in both outdoor and greenhouse growing environments. High humidity and free water increase susceptibility to this disease. The pathogen is spread by spores that originate from infected tissue. The most common means of spore dispersal are through air currents.

Management Considerations for Powdery Mildew​

At this time, cultural controls are the most effective way to manage Powdery Mildew. Specifically through the manipulation of the growing environment. The most effective cultural control strategy is to reduce humidity and moisture around and on the plant surface. This may be accomplished by increasing airflow around the plants to avoid areas of high humidity, and if possible, avoiding overhead irrigation.

---

Stem Canker – Diaporthe phaseolorum​

This pathogen was first observed during a field trial in 2019. The symptoms observed with this disease were stem cankers. The symptoms began on the main stem as light-to-dark brown lesions of varying formations, eventually coalescing into larger necrotic areas. In this trial, at least 60% of three-month-old plants showed symptoms of this disease.

Photo Credit – Marin, Wang, Coburn, Desaeger, and Peres. UF-GCREC, Wimauma, 2019. Symptoms in different stages of disease development of hemp stem canker, caused by Diaporthe phaseolorum.

Management Considerations for Stem Canker​

At this time, management of this disease may only be accomplished through resistant cultivars. Research is ongoing to identify more about management of this disease.

---

Gray Mold – Botrytis cinerea​

The gray mold pathogen is one of the most important pathogens, as it is typically considered to be always present. Since this pathogen is rarely ever absent, it relies on wounds or natural openings to infect its host. The symptoms of this pathogen are often observed on the flower buds that are generally observed as having a gray moldy appearance. This fungus is very opportunistic, so any openings caused by pruning or insect damage are sites for possible infection. Other symptoms associated with this pathogen depend upon the site of infection, i.e. girdling and breaking of the stem. This pathogen may also cause damping off of seedlings in greenhouses, and is easily spread through the air.

Management Considerations for Gray Mold​

While this pathogen can occur in field and greenhouse settings, it is favored by the high relative humidity inside greenhouses, which makes it a particularly important pathogen for indoor growers. This pathogen is very difficult to manage once it is found, but reducing air current after infection, sanitation afterwards are important to limiting the spread of the gray mold pathogen.

View attachment 18867266

https://www.researchgate.net/figure/The-emerging-pathogens-on-cannabis-and-hemp-plants-Pathogens-shown-in-bold-are-the-most_fig2_349005186

Municipal compost can be a source of soil borne disease, bacterial fungal and viral
Its a very good practice to dispose of infected material appropriately

View attachment 18867268

The pathogens that infect cannabis plants cause different symptoms. (A)-(C) Fusarium causes yellowing of foliage and internal stem necrosis. (D)-(F) Pythium causes wilt and crown necrosis. (G)-(I) Golovinomyces causes powdery mildew on leaves and inflorescences. (J)-(L) Botrytis causes bud rot. Respective pathogen cultures are shown in (C), (F) and (L).​

View attachment 18867269

Contexts in source publication​

Context 1
... Using symptomology, morphological criteria and molecular approaches for pathogen identification, these descriptions of cannabis and hemp diseases are the most comprehensive currently available. In the present review, further characterization of newly emerging pathogens of cannabis and hemp reported over the period 2017-2020 is summarized (see Table S1) and approaches to disease management are discussed (Table 1). ...
View in full-text
Context 2
... Using symptomology, morphological criteria and molecular approaches for pathogen identification, these descriptions of cannabis and hemp diseases are the most comprehensive currently available. In the present review, further characterization of newly emerging pathogens of cannabis and hemp reported over the period 2017-2020 is summarized (see Table S1) and approaches to disease management are discussed (Table 1). ...
View in full-text
Context 3
... the type of plant disease symptoms can provide a preliminary assessment of the causal agent involved. 26 In cannabis and hemp, descriptions of recently emerging diseases have begun to appear in the published literature (Table S1). The pathogens can be grouped by the tissues they infect: root and crowninfecting, foliar and stem-infecting, inflorescence-infecting, and postharvest pathogens (Fig. 2). ...
View in full-text
Context 4
... of the pathogens are fungi and oomycetes, followed by viruses or viroids. Bacterial pathogens are less commonly reported ( Table S1). The most destructive root pathogens are Fusarium and Pythium species (Fig. 3(A)-(F)), particularly when infections occur during the rooting phase or vegetative growth. ...
View in full-text
Context 5
... not yet been diagnosed on indoor cultivated cannabis plants (Table S1). The stem-infecting pathogens are varied and diverse in the symptoms they produce and occur both indoors and outdoors (Table S1), although outdoor grown plants have a higher prevalence of these diseases as they are difficult to manage. ...
View in full-text
Context 6
... not yet been diagnosed on indoor cultivated cannabis plants (Table S1). The stem-infecting pathogens are varied and diverse in the symptoms they produce and occur both indoors and outdoors (Table S1), although outdoor grown plants have a higher prevalence of these diseases as they are difficult to manage. Disease control measures for these pathogens rely on prevention of initial infection (exclusion) and reducing subsequent spread of secondary inoculum (spores). ...
View in full-text
Context 7
... infections can also lead to significant additional postharvest losses. The most damaging fungi are Botryis and Fusarium species (Table S1), as well as a number of other fungi that colonize foliar and flower tissues, including Penicillium and Golovinomyces species. These fungi produce large numbers of spores to ensure spread (Fig. S1). ...
View in full-text
Context 8
... fungi produce large numbers of spores to ensure spread (Fig. S1). Recently observed fungi that can cause bud rot include species of Diaporthe and Sclerotinia (Table S1). Hop latent viroid can also cause 'dudding' of the buds, which are essentially destroyed as a result of infection. ...
View in full-text
Context 9
... cannabis and hemp pathogen identification, the most widely used method is the polymerase chain reaction (PCR) of the ribosomal DNA region that includes the internal transcribed spacer (ITS) and intergeneric spacer regions (IGS) [34][35][36][37] (Fig. S2). PCR was used to identify most of the species listed in Table S1. In addition, the elongation factor 1 (EF-1) region was used to discriminate among Fusarium species. ...
View in full-text
Context 10
... For the powdery mildew pathogen Golovinomyces, however, the ITS region was insufficient to distinguish among species. 41 Additional molecular markers are needed to conclusively confirm or amalgamate the three species currently reported to cause powdery mildew on cannabis and hemp (Table S1). Following identification, demonstration of pathogenicity on cannabis and hemp plants is an essential requirement -reports of presence or recovery of fungi from these tissues is insufficient, since many saprophytes are found on cannabis and hemp plants. ...
View in full-text
Context 11
... or cannabina for pathogens recovered from cannabis or hemp plants, is discouraged until host range studies and molecular confirmations support these designations. The host of origin is insufficient to imply specific host preference since most of the pathogens affecting cannabis and hemp are known to have wide host ranges (Table S1). ...
View in full-text
Context 12
... To date, recent reports of wileyonlinelibrary.com/journal/ps bacterial pathogens affecting cannabis or hemp plants and the symptoms they cause are surprisingly few (Table S1); most appear to be saprophytes and incidental/secondary contaminants. 7,9,35,44,45 Whether or not this is due to innate resistance in the plant or because environmental conditions have not supported bacterial infection or spread remains to be determined. ...
View in full-text
Context 13
... observations indicate that cannabis inflorescences are highly susceptible to infection by fungi that may originate from neighboring fields with diseased plants. Similarly, hemp leaves and stems are susceptible to many leaf-spotting fungi as well as a range of canker and die-back pathogens (Table S1), some of which can devastate the crop. The spread of pathogens from hop plants to cannabis plants has also been reported for powdery mildew and Hop latent viroid. ...
View in full-text
Context 14
... planting hemp or cannabis in fields previously cropped to other hosts with residual inoculum can result in disease development. For example, fields under pasture followed by planting to hemp resulted in crown rot due to Fusarium avenaceum, F. graminearum and F. tricinctum (Table S1). Lettuce fields with Sclerotinia infection resulted in white mold development in a subsequent crop of hemp. ...
View in full-text
Context 15
... fields with Sclerotinia infection resulted in white mold development in a subsequent crop of hemp. 68 Lastly, inoculum of Sclerotium rolfsii in fields planted to peanuts or vegetable crops can cause southern blight on hemp the following season in many US southern states, especially under excessively hot conditions (Table S1). Knowledge of previous cropping history prior to selection of a site for cannabis or hemp cultivation should indicate the potential for disease occurrence. ...
View in full-text
Context 16
... of disease development requires disruption of the disease cycle, beginning with prevention of inoculum introduction, preventing infection or symptom development, reducing secondary inoculum production and spread, and reducing survival of the pathogen. These approaches are summarized in Table 1 and will be discussed with reference to specific pathogens that can be mitigated to prevent infection of cannabis or hemp plants. ...
View in full-text
Context 17
... greatest challenge remains in dealing with pathogens that infect cannabis inflorescences (Table S1) since economic losses from tissue destruction and a build-up of colony-forming units pre and post harvest can be as high as 20%. Research on this topic is limited by government regulations in Canada which restrict the cultivation of flowering cannabis plants to producers with approved licenses; researchers have limited capacity to grow such plants. ...
View in full-text

 

[el mani]

Karma melochi

Sour peach ringz

DNA strawberry banana

Peyote purple

Tabaco

Girl S. Cookies x ww90

Destroyers

Salut

 

[flower~power]

Karma melochi

Sour peach ringz

DNA strawberry banana

Peyote purple

Tabaco

Girl S. Cookies x ww90

Destroyers

Salut

Everything looks really well loved and cared for in your world

 

[flower~power]

A couple weeks back I posted pictures of one of my plants with the mysterious wilting disease that strikes every year. It's never more then 1 or two plants, happens in early summer, and occurs when the weather heats up after a few humid wet days. Even though the plant is wilting and looks thirsty it has plenty of water. The cure is to let it completely dry out. Watering only makes it worse. Starting from the bottom up the large fan leaves and a few of the lower branch leaves will turn necrotic on one side and slowly start to die.

The plant that was stricken has made a full recovery. I stopped watering as soon as I realized what was happening. Only a light amount of water to keep it from wilting allowing the soil to completely dry out by the end of the day. It took about a week, now it's growing vigorously with healthy new growth. I removed most of the necrotic leaves. Here's before and after pictures.

View media item 18711616
View media item 18711615
View media item 18711959
I feel bad for the growers in the rest of the country, with the rain, smoke, heatwave, etc. I'm glad it ain't me, I've had plenty of that shit and there's still plenty of time for it to come my way. Weather's been perfect, 75-85 degrees F every day. Garden is thriving.

View media item 18711963
Here's a look at one of my favorites. Jah Gooey Fruity. Perfect structure, head high, plenty of time to stack on. Smells wonderful. Seeds from @NuggyNic .

View media item 18711965

@therevverend … i’m glad you had a good season weatherwise we are not having a very good season here in the Northeast it’s been too overcast since the beginning of June the plants seem to be growing really well though but you know we need sunshine from here on out

 

[flower~power]

 

[mountainoutlaw]

Check these top leaves out on autos

NL AUTO going into flower...looks good

But check these leaves out on the Alien Kush Candy...could be strain specific ....

What you guys think

 

[40degsouth]

Hey Mountainoutlaw,
looks like you’ve got an excess of potassium to me; does that ring any bells. I only say this because it also looks like the bottom leaves are cupping and clawing suggesting a high nutrient feeding recently. Flush with whater if it is.
It’s very difficult to diagnose because so many excess, deficiencies and lock outs can look the same. For example a high ph, i.e. between 7-14, can induce lock out of iron manganese and zinc, l think and that kind of looks the same.
Have a look at these and see what you think.

Pipeline, there’s some fantastic information in those links, thanks for putting them up. I’m feeling like l should get over there and join the party.
40

 

[pipeline]

View attachment 18867266

https://www.researchgate.net/figure/The-emerging-pathogens-on-cannabis-and-hemp-plants-Pathogens-shown-in-bold-are-the-most_fig2_349005186

Municipal compost can be a source of soil borne disease, bacterial fungal and viral
Its a very good practice to dispose of infected material appropriately

View attachment 18867268

The pathogens that infect cannabis plants cause different symptoms. (A)-(C) Fusarium causes yellowing of foliage and internal stem necrosis. (D)-(F) Pythium causes wilt and crown necrosis. (G)-(I) Golovinomyces causes powdery mildew on leaves and inflorescences. (J)-(L) Botrytis causes bud rot. Respective pathogen cultures are shown in (C), (F) and (L).​

View attachment 18867269

Contexts in source publication​

Context 1
... Using symptomology, morphological criteria and molecular approaches for pathogen identification, these descriptions of cannabis and hemp diseases are the most comprehensive currently available. In the present review, further characterization of newly emerging pathogens of cannabis and hemp reported over the period 2017-2020 is summarized (see Table S1) and approaches to disease management are discussed (Table 1). ...
View in full-text
Context 2
... Using symptomology, morphological criteria and molecular approaches for pathogen identification, these descriptions of cannabis and hemp diseases are the most comprehensive currently available. In the present review, further characterization of newly emerging pathogens of cannabis and hemp reported over the period 2017-2020 is summarized (see Table S1) and approaches to disease management are discussed (Table 1). ...
View in full-text
Context 3
... the type of plant disease symptoms can provide a preliminary assessment of the causal agent involved. 26 In cannabis and hemp, descriptions of recently emerging diseases have begun to appear in the published literature (Table S1). The pathogens can be grouped by the tissues they infect: root and crowninfecting, foliar and stem-infecting, inflorescence-infecting, and postharvest pathogens (Fig. 2). ...
View in full-text
Context 4
... of the pathogens are fungi and oomycetes, followed by viruses or viroids. Bacterial pathogens are less commonly reported ( Table S1). The most destructive root pathogens are Fusarium and Pythium species (Fig. 3(A)-(F)), particularly when infections occur during the rooting phase or vegetative growth. ...
View in full-text
Context 5
... not yet been diagnosed on indoor cultivated cannabis plants (Table S1). The stem-infecting pathogens are varied and diverse in the symptoms they produce and occur both indoors and outdoors (Table S1), although outdoor grown plants have a higher prevalence of these diseases as they are difficult to manage. ...
View in full-text
Context 6
... not yet been diagnosed on indoor cultivated cannabis plants (Table S1). The stem-infecting pathogens are varied and diverse in the symptoms they produce and occur both indoors and outdoors (Table S1), although outdoor grown plants have a higher prevalence of these diseases as they are difficult to manage. Disease control measures for these pathogens rely on prevention of initial infection (exclusion) and reducing subsequent spread of secondary inoculum (spores). ...
View in full-text
Context 7
... infections can also lead to significant additional postharvest losses. The most damaging fungi are Botryis and Fusarium species (Table S1), as well as a number of other fungi that colonize foliar and flower tissues, including Penicillium and Golovinomyces species. These fungi produce large numbers of spores to ensure spread (Fig. S1). ...
View in full-text
Context 8
... fungi produce large numbers of spores to ensure spread (Fig. S1). Recently observed fungi that can cause bud rot include species of Diaporthe and Sclerotinia (Table S1). Hop latent viroid can also cause 'dudding' of the buds, which are essentially destroyed as a result of infection. ...
View in full-text
Context 9
... cannabis and hemp pathogen identification, the most widely used method is the polymerase chain reaction (PCR) of the ribosomal DNA region that includes the internal transcribed spacer (ITS) and intergeneric spacer regions (IGS) [34][35][36][37] (Fig. S2). PCR was used to identify most of the species listed in Table S1. In addition, the elongation factor 1 (EF-1) region was used to discriminate among Fusarium species. ...
View in full-text
Context 10
... For the powdery mildew pathogen Golovinomyces, however, the ITS region was insufficient to distinguish among species. 41 Additional molecular markers are needed to conclusively confirm or amalgamate the three species currently reported to cause powdery mildew on cannabis and hemp (Table S1). Following identification, demonstration of pathogenicity on cannabis and hemp plants is an essential requirement -reports of presence or recovery of fungi from these tissues is insufficient, since many saprophytes are found on cannabis and hemp plants. ...
View in full-text
Context 11
... or cannabina for pathogens recovered from cannabis or hemp plants, is discouraged until host range studies and molecular confirmations support these designations. The host of origin is insufficient to imply specific host preference since most of the pathogens affecting cannabis and hemp are known to have wide host ranges (Table S1). ...
View in full-text
Context 12
... To date, recent reports of wileyonlinelibrary.com/journal/ps bacterial pathogens affecting cannabis or hemp plants and the symptoms they cause are surprisingly few (Table S1); most appear to be saprophytes and incidental/secondary contaminants. 7,9,35,44,45 Whether or not this is due to innate resistance in the plant or because environmental conditions have not supported bacterial infection or spread remains to be determined. ...
View in full-text
Context 13
... observations indicate that cannabis inflorescences are highly susceptible to infection by fungi that may originate from neighboring fields with diseased plants. Similarly, hemp leaves and stems are susceptible to many leaf-spotting fungi as well as a range of canker and die-back pathogens (Table S1), some of which can devastate the crop. The spread of pathogens from hop plants to cannabis plants has also been reported for powdery mildew and Hop latent viroid. ...
View in full-text
Context 14
... planting hemp or cannabis in fields previously cropped to other hosts with residual inoculum can result in disease development. For example, fields under pasture followed by planting to hemp resulted in crown rot due to Fusarium avenaceum, F. graminearum and F. tricinctum (Table S1). Lettuce fields with Sclerotinia infection resulted in white mold development in a subsequent crop of hemp. ...
View in full-text
Context 15
... fields with Sclerotinia infection resulted in white mold development in a subsequent crop of hemp. 68 Lastly, inoculum of Sclerotium rolfsii in fields planted to peanuts or vegetable crops can cause southern blight on hemp the following season in many US southern states, especially under excessively hot conditions (Table S1). Knowledge of previous cropping history prior to selection of a site for cannabis or hemp cultivation should indicate the potential for disease occurrence. ...
View in full-text
Context 16
... of disease development requires disruption of the disease cycle, beginning with prevention of inoculum introduction, preventing infection or symptom development, reducing secondary inoculum production and spread, and reducing survival of the pathogen. These approaches are summarized in Table 1 and will be discussed with reference to specific pathogens that can be mitigated to prevent infection of cannabis or hemp plants. ...
View in full-text
Context 17
... greatest challenge remains in dealing with pathogens that infect cannabis inflorescences (Table S1) since economic losses from tissue destruction and a build-up of colony-forming units pre and post harvest can be as high as 20%. Research on this topic is limited by government regulations in Canada which restrict the cultivation of flowering cannabis plants to producers with approved licenses; researchers have limited capacity to grow such plants. ...
View in full-text

The pathogens that infect cannabis plants cause different symptoms. (A)-(C) Fusarium causes yellowing of foliage and internal stem necrosis. (D)-(F) Pythium causes wilt and crown necrosis. (G)-(I) Golovinomyces causes powdery mildew on leaves and inflorescences. (J)-(L) Botrytis causes bud rot. Respective pathogen cultures are shown in (C), (F) and (L).​

 

[pipeline]

Looking great, El Mani! The Peyote Purple is getting some big leaves! Is that Girl S. Cookies x ww90 a white widow cross. What is ww90?

Looks like the good old dogs are having fun in the garden. They take care of you if you take are of them!

 

[el mani]

Everything looks really well loved and cared for in your world

All life is a privilege, I try to enjoy every second in my garden...



In my humble opinion, you can see a small insect on the leaf... I have seen the same damage on my plants with these small suckers,

Check these top leaves out on autos

NL AUTO going into flower...looks good
View attachment 18867481
But check these leaves out on the Alien Kush Candy...could be strain specific ....
View attachment 18867483
What you guys think

 

[el mani]

Looking great, El Mani! The Peyote Purple is getting some big leaves! Is that Girl S. Cookies x ww90 a white widow cross. What is ww90?

Looks like the good old dogs are having fun in the garden. They take care of you if you take are of them!

Yes, GSC forum x white widow from 90’s seeds from oldman Green.
The dogs are wonderful, faithful and affectionate, they take care of the garden like members of the family that they are.
Salu2

 

[pipeline]

MountainOutlaw-- Looks like fairly normal yellowing due to growing/expanding leaf tissue, but there is some downward curling which could be overwatering. Is that the issue you are talking about? Leaf hoppers don't really bother my plants from what I can tell.

 

[mountainoutlaw]

Yep, had a heavy feed, then caught 2 light showers since....good eye pipeline, good eye

 

[pipeline]

Cannabis grows really fast, the yellow at the top from cell elongation can throw you off! Fun to watch!

 

[mountainoutlaw]

Little white widow footage....
The one with the two mains and low leaf/branching, is a prime canidate for my TRUE SOG, indoor.
The branchy ones good for a full type veg grow...

 

[cfl...KING]

Almost 8.5' without container. Always get asked Sooo 25gal bag of pure coco the bag its 18" tall. And yes roots will grow thru it lol but I rotate it for even light so the baby roots break off..

 

[pipeline]

Looking great CFL! Bounced back well! Learned a little lesson on that one. I don't think you would want it too much bigger anyway would be more prone to breakage. Are you doing any supports stakes? Looks strong enough as is.

Hey Mountain Outlaw nice garden! Not sure if you are growing those in that spot, but it looks like moss which would indicate low light/ shade. This would prevent the plants from branching out, so it may not be a great representation of what it would do under lights in a SOG.

Looking great though, got some plants growing in the ground?

 

[pipeline]

Thanks Joe I’ll be needing it. Hey Swamp took some photos of the jungle today..

View attachment 18850616

This jungle is in recovery it was probably paddock about 30-50 years ago as most of this area was cleared natures way of mending it is filling it with spiky things to say leave us alone..

View attachment 18850617
Climbing Calamus palm fills the area all parts of this plant have hooks that if you try to pull away from can rip your skin, you need to stop and go backwards once you are hooked! The tendrils are the worst as they can get thin and then hard to see

View attachment 18850619