hazeman1911
Well-Known Member
Well said get two crops fully mature
Outdoor show an tell 2025
- Thread starter thumper60
- Start date
hazeman1911
Well-Known Member
thumper60
Well-Known Member
Hoping for 3.
Sevenleaves
Well-Known Member
I’m doing something’s a little different this year as well. I‘ll be trying my hand with some autos along with my regular outdoor shit. Autos will be grow inside, Currently have 12 seedlings going, I’ll put some pictures up when they get a little bigger.
thumper60
Well-Known Member
Things are starting now picked up a few more strains I will be running a few ISS a Tampa bay cripie in ground Rest will be depo.Some free seeds from 12-12 seed co all most ready indoor. Will be running bunch of Nigerian x bubble gum from 12-12 I really need to find boozuka joe
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thumper60
Well-Known Member
Whats up with the pics? new format?
DCcan
Well-Known Member
Yea, new forum software update, think you can click and add full size or thumb.
hazeman1911
Well-Known Member
Sounds like a nightmare but gotta work with what u have at times Lite deps is the only way to to go smaller plants two crops a year June July peak light
Sevenleaves
Well-Known Member
Here’s where I’m at so far. The solo cups are various photo strains, will be going outside in a couple months. The white pots are Autos.I need to get the photos into larger pots soon. Was sick as a dog for over two weeks, so I didn’t do much.
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Krit
Well-Known Member
Just up potted and moved these outdoor.
They have been hardening off for a week.
First seedlings of the season Indicas
1 Butterscotch Hawaiian x Chemo
2 UFO
2 MOB x Sour Lifesaver
1 G13 HP
All from reg seeds, should get at least one female.
The plan is to pop some Sativas later in the season so I can try and control how tall they get
They have been hardening off for a week.
First seedlings of the season Indicas
1 Butterscotch Hawaiian x Chemo
2 UFO
2 MOB x Sour Lifesaver
1 G13 HP
All from reg seeds, should get at least one female.
The plan is to pop some Sativas later in the season so I can try and control how tall they get
Dboybudz
Well-Known Member
Yeah topping and a little LST is your best friend for that
bostrav59
Member
I love Bruce Banner but have had rot problems with it in Eastern Mass. I'm going to try Moby this year / photo period.
Dboybudz
Well-Known Member
Yea my buddies who is a great grower had his have some indoors from the density. Doing a critical kush, Hindu kush, Northern lights see being indica and the region Hindu is grown will make a difference. You know the weather come September October, hoping they will finish middle of September and get a break from weeks of rain.
At least you northern growers know your risk, the cold the rain are coming and will be there by October. Here in the mid Atlantic transition season is a crap shoot. First frost could come a few weeks after the equinox or the week before xmass. September/October could be sunny and 85f or rainy and 50f or both. We plant and we prey
thumper60
Well-Known Member
Got the bubble gum bumped to 3 gal pots first of may I will bump them up again to 5gal then straight to 12-12 just still waiting on real spring just picked up 4more inch of snow today LOL got some Tropicana cookies from 12-12 seeds man these babies got some reps very happy
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Damn! We are 85 today, supposed to hit 90 tomorrow!
thumper60
Well-Known Member
The ground here still has frost a ft down
DCcan
Well-Known Member
2 articles on koodies just came out. Rootshield and LalStop did pretty well during flower when applied early enough.
You want to refrain from spraying it later in flower, too late anyway.
Epidemiology and management of Botrytis cinerea causing bud rot on greenhouse cultivated cannabis.
Multiple applications of Rootshield made at 7-day intervals starting 4 weeks before symptom appearance significantly reduced B. cinerea incidence in both small-scale and large-scale trials on cannabis. Punja and Ni (Citation2021) reported a significant reduction in disease severity and increased colonization and sporulation of the biocontrol agents T. asperellum and Gliocladium catenulatum (Prestop) on detached cannabis inflorescences in vitro. For optimal efficacy, T. harzianum spores need to establish within inflorescences and colonize the stigmas and bract tissues, which are the proposed infection sites for B. cinerea. Although the extent to which T. harzianum can colonize pistillate flowers in cannabis is unknown, it likely occurs extensively to provide the level of protection against B. cinerea observed in this study. Scanning electron microscopic studies of G. catenulatum on detached cannabis inflorescences showed in fact that this biocontrol agent colonized and extensively sporulated within 5 days of application (Punja and Ni Citation2021), suggesting that a similar situation could be occurring with T. harzianum.
Second one mostly explains rhyzophere resistance vs biocontrol agents. If you get root nematodes, good chance there's fusarium and wilt living in the soil as well. You can treat outbreaks, but doesn't cure it.
Rhizosphere microbiome can sustainably protect field-grown tomato crops against soil-borne pathogens and plant parasitic nematodes.
In contrast, biological control agents are applied to control specific pathogens and many specialized reviews have been published on the topic. Biological control agents have been successful in controlled conditions, but their applications rarely translate to success in the field
You want to refrain from spraying it later in flower, too late anyway.
Epidemiology and management of Botrytis cinerea causing bud rot on greenhouse cultivated cannabis.
Multiple applications of Rootshield made at 7-day intervals starting 4 weeks before symptom appearance significantly reduced B. cinerea incidence in both small-scale and large-scale trials on cannabis. Punja and Ni (Citation2021) reported a significant reduction in disease severity and increased colonization and sporulation of the biocontrol agents T. asperellum and Gliocladium catenulatum (Prestop) on detached cannabis inflorescences in vitro. For optimal efficacy, T. harzianum spores need to establish within inflorescences and colonize the stigmas and bract tissues, which are the proposed infection sites for B. cinerea. Although the extent to which T. harzianum can colonize pistillate flowers in cannabis is unknown, it likely occurs extensively to provide the level of protection against B. cinerea observed in this study. Scanning electron microscopic studies of G. catenulatum on detached cannabis inflorescences showed in fact that this biocontrol agent colonized and extensively sporulated within 5 days of application (Punja and Ni Citation2021), suggesting that a similar situation could be occurring with T. harzianum.
Second one mostly explains rhyzophere resistance vs biocontrol agents. If you get root nematodes, good chance there's fusarium and wilt living in the soil as well. You can treat outbreaks, but doesn't cure it.
Rhizosphere microbiome can sustainably protect field-grown tomato crops against soil-borne pathogens and plant parasitic nematodes.
In contrast, biological control agents are applied to control specific pathogens and many specialized reviews have been published on the topic. Biological control agents have been successful in controlled conditions, but their applications rarely translate to success in the field
| Organic fertilizer, amino acid and bio-organic fertilizer | Fusarium oxysporum f.sp. lycopersici, and Ralstonia solanacearum | Rhizosphere bacteria and fungi | Biological products reduced bacterial and Fusarium wilt diseases, and increased tomato fruit yields and the abundance of bacteria and fungi in the rhizosphere. | Liu et al. (Citation2017) |
| Organic soil additive (compost) | F. oxysporum f.sp. lycopersici (fol) | Rhizosphere bacteria and fungi | Additive suppressed fol by increasing the abundance of certain Fusaria-antagonistic groups in Bacillales (Bacillus and Paenibacillus), Pseudomonadales (Pseudomonas), Streptomycetales (Streptomyces), Eurotiales (Aspergillus and Penicillium) and Mortierellales (Mortierella). | De Corato et al. (Citation2020) |
| Organic (rice, cattle manure, and biogas residue) and bio-organic fertilizers (rice, cattle manure, and biogas residue and Streptomyces microflavus G33) | R. solanacearum | Rhizosphere bacteria and fungi | Bio-organic fertilizers had the highest inhibitory effect against R. solanacearum, thus reducing disease incidence. Applying bio-organic fertilizer reduced the abundance of R. solanacearum and increased the abundance of beneficial microbes. | Shen, Lei, et al. (Citation2021) |
| Biochar, calcium silicate humic acid and bio-organic fertilizer | R. solanacearum | Rhizosphere bacteria and fungi | Bio-organic additives demonstrated the highest inhibitory effect against bacterial wilt by influencing the microbial community in the rhizosphere. | Wang et al. (Citation2022) |
| Bio-organic (soybean cake, Pleurotus eryngii, pig manure and microbes) and organic fertilizers (organic matter, amino acids, N + P2O5 + K2O) | R. solanacearum | Rhizosphere bacteria | Biological products increased the abundance of Bacteroidetes, Actinobacteria, and Firmicutes, while reducing bacterial wilt and increasing available soil nutrients. Members of Terrabacter, Acidovorax, Truepera, Mycobacterium and Oxalicibacterium were enriched in rhizosphere soil following bio-organic additives. | Zheng et al. (Citation2020) |
| Bio-organic fertilizer (rapeseed, chicken manure, compost and Bacillus amyloliquefaciens T-5) and organic fertilizers (same as bio-organic but no microbe) | R. solanacearum | Rhizosphere bacteria | Biological products stimulated the bacterial community in the rhizosphere and suppressed R. solanacearum. Upon pathogen invasion, members of Sphingomonadaceae and Xanthomonadaceae increased in the treated plant rhizosphere. | Deng et al. (Citation2022) |
| Anaerobically prepared sewage sludge | F. oxysporum f.sp. lycopersici (fol) | Rhizosphere bacteria | Increased abundance of antagonistic bacteria members such as Bacillus, Chitinophaga, Flavihumibacter, Flavobacterium and Pseudomonas reducing Fusarium wilt incidence. | De Corato et al. (Citation2023) |
| Bio-organic fertilizer (rapeseed, chicken manure, compost and Bacillus amyloliquefaciens) | R. solanacearum | Rhizosphere bacteria, fungi and protists | Increased abundance of predatory protists to reduce pathogen density, resulting in reduced bacterial wilt incidence. | Guo et al. (Citation2024) |
| Bio-organic fertilizer (chicken manure compost and Bacillus amyloliquefaciens) | R. solanacearum | Rhizosphere bacteria | Increased abundance of antagonistic bacteria and bacterivorous nematodes. Antagonistic bacteria and bacterivorous nematodes synergistically reduced pathogen density, reducing bacteria wilt incidence. | Xu et al. (Citation2024) |
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