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Hey Ice! I've been thinking about your grow and your OG.
I always struggle with OG getting yellow. As far as I'm concerned, the fan leaves yellow and die off at about week 4 with many strains, especially the OG.
I've always had trouble getting enough magnesium into them....until I started mineralizing the soil.
So, after thinking about your situation a bit I've come to the following conclusions:
1.)Your plant is a hog. OG is a hog.
2.)Your soil is the same as the other pots, pH of the soil is just fine. If anything, it tends to the acidic, according to el-cheapo soil pH meter. That makes it pretty hard to get "lockout."
3.)your leaves seem to say Sulfur and Nitrogen def....possibly with a bit of Mag def as an overlay.
I've gone over your feeding, teas, etc. Here's my hunch:
It needs food! The teas you make are loaded with sugar, which the microbes are keying on for food. We want them to be dialed in to organic matter, minerals, etc....too much sugar changes the culture in the soil life.
I suggest simplifying the feeding for that plant a bit:
1.)re-mineralize minus the Soft Rock PHosphate. That will raise soil pH just a bit.
2.)water with a weak tea solution, minus all the carbs.
3.)give it one dose of salt ferts, mainly calcium nitrate, which won't hurt soil biology.
5.)follow up salt ferts a week later with something like Biosol forte, alfalfa meal, or chicken manure....something with a ready source of nitrogen that won't break down.
We KNOW that you have more than enough of everything in the soil.
We also KNOW that the pH is well within range
We KNOW that the microbes will feed the plant as long as the plant is feeding the microbes.
Given all that, weighing it, analyzing it, and using good old deductive reasoning, you need to feed that soil with more organic matter and less sugar. The sugar the microbes get is supposed to come from the roots. The molasses/carb thing is good to do once in a while, but too much messes up the teas and cultures.
I think once you get the plant back on track it's going to move along like it never missed a beat.
Plant by-products
Alfalfa meal or pellets
Alfalfa meal or pellets are often used as animal feed. Primarily they are used to
increase organic matter in the soil but do offer nutrients and a high availability of
trace minerals. They contain trianconatol, a natural fatty-acid growth stimulant.
Alfalfa meal or pellets
Typical NPK analysis 2-1-2
Release time 1-4 months
Pros Available at feed stores
Cons May contain seeds
Application Till in 2-5 pounds per 100 square feet
234-3
Corn gluten meal
Corn gluten meal materials have a high percentage of nitrogen. It carries a
warning to allow 1 to 4 months of decomposition in the soil prior to seeding.
Allelopathic properties will inhibit the germination of seeds. However, there is no
danger to established or transplanted plants. This product is also marketed as a
pre-emergent weed control for annual grasses in bluegrass lawns.
Corn gluten meal
Typical NPK analysis 9-0-0
Release time 1-4 months
Pros Very high nitrogen
Cons Germination inhibitor, some are GMOs
Application Till in 20-40 pounds per 1000 square feet
Cottonseed meal
Cottonseed meal is a rich source of nitrogen. Buyers should be aware that many
pesticides are applied to cotton crops and residues tend to remain in the seeds.
Pesticide-free cottonseed meal is available.
Cottonseed meal
Typical NPK analysis 6-0.4-1.5
Release time 1-4 months
Pros High nitrogen
Cons Pesticide residues, most are GMOs
Application Till in 10 pounds per 100 square feet
Soybean Meal
Used primarily as an animal feed product. Available bagged at many feed stores.
Soybean meal
Typical NPK analysis 7-2-1
Release time 1-4 months
Pros High nitrogen, available at feed stores
Cons Almost half of the conventionally grown soy is
GMO
Application 8 pounds per 100 square feet
Animal by-products
Bat guano – high N
Bat guano (feces) harvested from caves is powdered. It can be applied directly to
the soil or made into a tea and applied as a foliar spray or injected into an irrigation
system.
234-4
Bat guano – high N
Typical NPK analysis 10-3-1
Release time 4+ months
Pros Stimulates soil microbes
Cons Cost
Application Till in 5 pounds per 100 square feet or as a tea at
3 teaspoons per gallon of water
Bat guano – high P
See the description above. Difference is that it is processed for high phosphorus
content.
Bat guano – high P
Typical NPK analysis 3-10-1
Release time 4+ months
Pros Stimulates soil microbes
Cons Cost
Application Till in 5 pounds per 100 square feet or as tea at 3
teaspoons per gallon of water
Blood meal
Blood meal, made from dried slaughterhouse waste, is one of the highest nonsynthetic
sources of nitrogen. If over-applied it can burn plants with excessive
ammonia.
Blood meal
Typical NPK analysis 12-0-0
Release time 1–4 months
Pros Available at feed stores
Cons Can burn. Expensive at garden centers
Application Till in 5–10 pounds per 100 square feet
Bone meal
A well-known source of phosphorus, bone meal is steam processed and widely
available at feed stores and in garden centers. If purchased at feed stores, P is
expressed on the label as elemental phosphorus and is 2.3 times higher than
numbers shown on garden center labels for phosphate (i.e. – 12% phosphate is the
same as 27% phosphorus). However, recent CSU research has shown that P
from bone meal is only available to plants in soils that have a pH below 7.0.
Bone meal
Typical NPK analysis 3-15-0
Release time 1–4 months
Pros Highly plant available form of phosphorus
Cons Cost
Application Till in 10 pounds per 100 square feet
234-5
Feather meal
Sourced from poultry slaughter, feather meal has fairly high nitrogen levels but is
slow to release the N.
Feather meal
Typical NPK analysis N varies 7 – 12% on process
Release time 4+ months
Pros Long term fertilizer
Cons Cost versus speed of N release
Application Till in 2.5-5 pounds per 100 square feet
Fish emulsion
Infamous for its foul smell, emulsions are soluble, liquid fertilizers that have been
heat and acid processed from fish waste.
Fish emulsion
Typical NPK analysis 5-2-2
Release time 1 – 4 months
Pros Adds needed micronutrients
Cons Some have foul smell
Application Mix 6 tablespoons per gallon of water
Enzymatically digested hydrolyzed liquid fish
Enzymatically digested hydrolyzed liquid fish may be using enzymes to digest the
nutrients from fish wastes instead of using heat and acids. This retains more of the
proteins, enzymes, vitamins and micronutrients than emulsions.
Enzymatically digested hydrolyzed liquid fish
Typical NPK analysis 4-2-2
Release time 1 – 4 months
Pros More nutrients than emulsions
Cons More expensive than emulsions
Application Mix 5 tablespoons per gallon of water
Fish meal
Fish meal is ground and heat dried fish waste.
Fish meal
Typical NPK analysis 10-6-2
Release time 1 – 4 months
Pros N and P source
Cons Heat processed
Application Till in 5-10 pounds per 100 square feet
234-6
Fish powder
Fish power is dried with heat and turned into water-soluble powder. It is a high
source of nitrogen. Many can be mixed into solution and injected into an irrigation
system.
Fish powder
Typical NPK analysis 12-0.25-1
Release time Immediate to 1 month
Pros Adds micro-nutrients
Cons Heat processed
Application Till in 1-2 oz. Per 100 square feet OR Mix at 1
tablespoon per gallon of water
Compost, manure, and biosolid based products
For information on biosolids, worm casting, manure, and compost, refer to the
following CMG GardenNotes:
#241, Soil Amendments
#242, Using Manure in the Home Garden
#243, Using Compost in the Home Garden
Rock powders
Rock powders relevant for use in Colorado soils are those that supply phosphorus.
Those that serve as a potassium source (greensand, feldspar, potassium sulfate,
biotite, etc.) are not necessary as Colorado soils are naturally high in potassium.
Similarly, it is not necessary to add calcium (gypsum, lime, etc.) due to naturally
high calcium levels in Colorado soils and arid conditions.
If you are making annual applications of manure and/or compost to your garden to
add nitrogen, you should have sufficient levels of phosphorus in your soil. If you
are applying manure or compost to your garden based on P needs, you might have
an excess N supply. Excess N can lead to poor flower/fruit development and
increases water pollution potential from N leaching from the soil.
Generally, plant or animal sources are the best value for phosphorus in the home
garden. Recent CSU research results concluded that no rock P (regardless of
mesh size) is available for plant use unless the soil pH is below 7.0.
Colloidal phosphate – a.k.a. soft rock phosphate
This product is made by surrounding clay particles with natural phosphate. Total
phosphate is about 20% while available phosphate is about 2-3%. This is why you
can apply large amounts of colloidal phosphate, as it will release slowly over the
years (usually more available the second year than the first). For home gardeners
the cost/return is adequate to apply colloidal phosphate at rates to supply
phosphorus for this season’s crops. This product also adds micronutrients to soil.
234-7
Micronized (passing through 1000 mesh screen [1000 wires per square inch])
sources may be more available than regular soft rock grinds in soils with a pH
below 7.0.
Seaweed
Kelp is the most common form and is valued not for its macronutrient (N, P, and
K) contributions but for micronutrients, trace minerals, amino acids and vitamins
plus growth hormones that stimulate plant cell division.
Kelp is often mixed with fish products to enhance growth.
Three processes are available: extracts (as kelp meal or powder), cold-processed
(usually liquid) and enzymatically digested (liquid). Ranked in quality of content
and plant availability they are (highest to lowest) 1) enzymatically digested, 2)
cold-processed and 3) extracts.
Kelp meal
Kelp meal, a product of the ocean, is used primarily as a trace mineral source. It is
often combined with fish meal to add N-P-K value.
Kelp meal
Typical NPK analysis negligible
Release time 4+ months
Pros Adds micronutrients
Cons Insignificant NPK value
Application Till in 1 pound per 100 square feet
Kelp powder
Kelp powder is similar to kelp meal but ground fine enough to put into solution
and applied as a foliar spray or injected into an irrigation system.
Kelp powder
Typical NPK analysis 1-0-4
Release time Immediate – 1 month
Pros Adds micronutrients
Cons Insignificant NPK value
Application Mix ¼ to ½ teaspoon/gallon of water
Liquid kelp
Usually cold processed, liquid kelp will have higher levels of growth hormones
than extracts. Some may also be enzymatically digested, making the growth
hormones even more available to the plants.
234-8
Liquid kelp
Typical NPK analysis Negligible
Release time Immediate – 1 month
Pros Adds micronutrients plus helps plant
with stress
Cons Insignificant NPK value
Application Mix 1 – 2 TBS/gal of water for foliar or
Mix at ¼ - 1¼ tsp/gal/100 ft2 and inject
into an irrigation system
Additional Information – CMG GardenNotes on Soils, Fertilizers and Soil Amendments:
#211 Introduction to Soils #231 Plant Nutrition
#212 The Living Soil #232 Understanding Fertilizers
#213 Managing Soil Tilth #233 Calculating Fertilizer Rates
#214 Estimating Soil Texture #234 Organic Fertilizers
#215 Soil Compaction #241 Soil Amendments
#218 Earthworms #242 Using Manure
#219 Soil Drainage # 243 Using Compost
#221 Soil Test #244 Cover Crops and Green Manure Crops
#222 Soil pH #245 Mulching with Wood/Bark Chips, Grass
#223 Iron Chlorosis Clippings and Rock
#224 Saline Soils #251 Asking Effective Questions About Soils
Authors: Adrian Card, David Whiting, and Carl Wilson (Colorado State University Extension) and Jean
Reeder, Ph.D., (USDA-ARS, retired)
o Colorado Master Gardener GardenNotes are available online at Colorado Master Gardener Program, Colorado State University Extension.
o Colorado Master Gardener training is made possible, in part, by a grant from the Colorado Garden Show, Inc.
o Colorado State University, U.S. Department of Agriculture and Colorado counties cooperating.
o Extension programs are available to all without discrimination.
o No endorsement of products mentioned is intended nor is criticism implied of
products not mentioned.
o Copyright 2002-2008. Colorado State University Extension. All Rights Reserved.
CMG GardenNotes may be reproduced, without change or additions, for nonprofit
Is that a BANANA!!!!!!
Banana? What do you mean.. The strain is Blackberry Kush, and no banana's, she's all female
just to the left of the leaf stem in the middle of the photo ... that looks like a male part to me but I can not see it clearly
just to the left of the leaf stem in the middle of the photo ... that looks like a male part to me but I can not see it clearly
Yeah its just pistils and new leaf growth, no banana's
Yeah its just pistils and new leaf growth, no banana's
cool beans. Looking at an image is how I saw the start of bud rot on one of my plants so I always look close, sorry for the fire drill
Hey Icemud,
Between the University Hills and the Holy Grail, which was the stinkier, stickier, true pine smelling OG? Looking to grab some cuts from SCDG
Here is the photo's for today...Enjoy...Don't forget to check out the video above either
Full Tent views..
Blackberry Kush
Silverback OG
Platinum Bubba
Holy Grail OG
Sour Bubble
Man what a drag Ice...