Author Archives: Dennis

Monty Tours Louisville Rose Garden pt.1

By Dennis on May 5, 2011

Noted rosarian, author, and guest lecturer Monty Justice took some time from his schedule this spring to tour some rose gardens in the Louisville Metro area, or as locals call it, Kentuckiana.  While there he takes time to discuss some rose growing tips for producing your own prize winning roses or just creating your own personal beautiful place of escape.

In this first video, he discusses how vital nitrogen is on spring roses and how easy it is to apply.

In this second video, Monty discusses results from a DIY rose care guide in a Kentuckiana rose garden.

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How to Read and Understand Soil Tests: soil tests, pt. 3

By Dennis on May 3, 2011

More than simply telling you what nutrients you need to grow your desired plants, tress, grasses, flowers, or veggies, those soil test can tell you alot about the condition of your landscape.  In fact, did you know that by looking at your soil test, you can determine what types of weed problems you may have this season. It’s true.    This chart shows the results of out-of-balance soils and what it can do not only to increase weed and disease pressure, but how the lack of some nutrients may ultimately result in you losing the full benefit of other nutrients, even those you may have applied. By maintaining these rations as closely as you can, you will get the most from your garden or landscape and have to put the least effort into it. 

Additionally, once you know the formula for healthy vibrant soil, you can use your test to see where you need to improve. 

Tie-Ups

            High Magnesium ties-up Nitrogen

            High Phosphorus ties-up Zinc

            High pH ties-up Manganese

            High Potassium ties-up Copper and Boron

RATIOS

Key Ratios to obtain:

Calcium to Magnesium   7 : 1 on water soluble test, 10 : 1 on regular test

Supports carbon to nitrogen exchange  which is imperative for development of sugars (carbohydrates necessary for plant growth.)

Calcium to Potassium     5 : 1

Critical for adequate calcium uptake in plant.  Calcium and Potassium have a similar molecular weight so they compete for space within the plant.  The plant will naturally take up more potash than calcium, if this ratio is out of balance it will result in disease problems, provide a weaker cell wall structure, and increase susceptibility to fungus.   If there is a proper ratio one result will be better standabilty during dry down.

Potassium to Phosphorus         4 : 1   

Critical  indication of susceptibility to broadleaf weed pressure

Micronutrients can be as important to development as NPK.

Zinc – better water uptake, better drought tolerance, critical in corn for processing

            adequate amounts of N

Copper –  important for disease control  especially for fungal disease  (wet feet) 

reduces brittle crops (breakage and shatter) which helps to reduce wind damage & lodging

Improves cell wall elasticity 

Boron– important for disease control, pollination, production of sugars, translocation

of sugars.  Boron deficiency will not show up until fruit set; At that time you will

notice pale coloration between leaves, In corn you will notice deformed ears or ears not filled all the way to the top of the cob

 Manganese – important for disease control, seed set especially if you are growing for

 seed.  In trees (nut crops) deficiency will cause yield loss. 

GENERAL INFO

Every 1% of Organic Matter has the holding capacity of 10,000 gallons of water per square acre

A 1-inch rain equates to 28,000 gallons of water per acre

pH levels in the soil are usually the highest in December, and will drop ½ to 1 % in the summer months

Cation Exchange Capacity (CEC) determines the type of soil

            6 – 8               Sand

            14+                 Clay

            20                   Heavy clay

            21                    Muck

(The higher the CEC, the more holding capacity the soil has)

Negative charges:   Anions

            Soil elements with anions include Sulfur, Boron, Phosphorus, Nitrate Nitrogen

Positive charges:  Cations

            Potassium, Magnesium, Calcium, Hydrogen, Copper, Zinc, Iron, Manganese

            (The higher the CEC, the more of these positive ions are held)

Calcium softens the soil; Magnesium hardens the soil

Lime Increases Calcium in the soil

 Every 1 lb. of ammonium will free-up 1 lb. of Calcium but  Apply in fall only, never in spring or summer (takes energy away from plant).

The above points are a guideline and are only presented as a general observation to guide a grower on what is trying to be achieved when balancing a soil.

Additionally, these guidelines repressent the gold standard for creating perfectly balanced soils for most plants.

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Understanding Soil Tests Pt. 2: Good Soil, Bad Test

By Dennis on April 25, 2011

We know that healthy soils have certain components like NPK, and trace elements like boron and manganese.  We know that under ideal conditions plants work with the soils to replenish them each year.  When that fails we fertilize, either based on ‘best guesses’, habit, or professional recommendations. As we discussed last week, soil tests are vital and I have argued strongly for them. However, as our body of knowledge increases, one thing is becoming clear;  standard soil tests may not be telling us everything that is going on in the soil profile.  You may already be using soil tests, or you may begin this year, but what if the information was incomplete? If the information is incomplete, then the conclusions would be faulty. 

Good Soil, Bad Test

Almost 90% of soil tests solicited by homeowners are standard tests and these are okay. Where they fail is their inability to tell you what is available for your plant to use.  They will indicate how many units of a given mineral or nutrient are present. What they will not show you is how many of those units are actually in a useable form.  

Think of it like this. I go to the ATM at my bank and insert my card then request an account balance.  The reciept shows two balances: my balance and my actual balance (my stated balance plus or minus any deposits or charges I have.  Now, if I act like my “Balance” is how much money I have in my account, I can end up with some serious problems.  The information is not wrong, it is jsut incomplete because some items have posted but have not cleared. In a similar way, what you need to see in your soil is not just what you have, but what your plants have access to.

Standard soil tests are not, in the truest sense, bad tests. They just provide incomplete data. The benefit of these types of soil tests, though, is that they are affordable and most people are familiar with them. For a traditional soil tests expect to pay about $10-15.

If you are looking for more information, for an additional $10-25, a more in-depth test, known as a water soluble extraction can be conducted.  According to Ken Pohlman, Agronomist and President of Midwest Labs, this test not only will indicate what minerals and nutrients are in your soil but what percentage of those elements can be readily utilized by the plants.  “Water extraction is a more sensitive test. It can indicate elements present even at lower levels.” It is not enough to know what elements are in your soils at any given time, though, that is better than no knowledge at all. You need to know how much is available in relation to the other nutrients present.  In corn for example, zinc is crucial.  Without it, other essential elements will go underutilized, decreasing the yield and quality of your stand.  Pohlman said. “Trace elements can be a limiting factor; without the proper balance, your yields can plateau. The key thing to remember is that fertility is a process not a destination.”  

Paul Leeds, soil specialist and farmer adds that this test “only has value if you can interpret it;” you have to know what you are looking for. If you know how to read the tests, are working with a lawn and garden consultant or have a knowledgeable independent garden store rep then Leeds says the pay-off will be immediate. “It is the difference between buying a Cadillac and a Yugo; this test gives you more for your dollar. There are things that I will never catch on the basic test that I can catch utilizing the water soluble test.” 

Even more highly specialized tests can be conducted for nominal fees. Among information you may want to test for, consider these:  Texture Analysis, Cation Exchange Capacity, Micronutrients, and Organic Matter (OM). If you are seeding a brand new lawn, have not tested in several years, or are growing  flowers or plants for competition then the additional costs can be justified.

While soil testing does present some variables, regular monitoring will give you comparative data you can use to make determinations about your needs. When determining the ‘value vs. expense’ question facing you in real-world applications, Paul Leeds related his experience on his own farm. “I spend a lot of money on fertilizer, but I can [save enough money to] pay for these tests by avoiding buying things I don’t need.  We no longer put money into nutrients that we already have.”

Monty’s Plant Food Company President, Dennis Stephens, says, “You cannot make blanket statements.  Some products, like Monty’s Liquid Fertilizer, may allow you to cut back on traditional fertilizer applications IF your soil is in basically good shape.  We emphasize that you must start with a soil test. Once we know what is happening beneath the soil-line, we can adequately feed the plant and help balance the environment in which it is growing.”  He added. “In many cases, slight adjustments to your amendments, either to the soil, or to the plant directly will allow you to maintain or increase your results for relatively little cost.”

 Once you have determined to spend the extra money on these advanced tests you need to have a snap shot in your mind of what healthy soils look like so that you can make some comparisons and determine what is needed to create the ideal growing conditions for your particular crop. You also need to know what keys to look for in your soil test. We will spend time on that issue more in depth in our next installment. If you are looking for additional information check with your local county extension agent, extension soil specialist, or contact www.midwestlabs.com or Monty’s Plant Food Company.

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Understanding Soil Tests: If a Pound of Nitrogen Falls to the Ground and It Isn’t Utilized, Did It Really Get Applied?

By Dennis on April 19, 2011

Okay, so maybe my title this morning is a bit Zen for a Tuesday. But it does bring up a very valid question. We head out each year and apply pound after pound of fertilizer, but is it doing us any good?  The answer lies in your soil test. So we are going to begina  three part series on attaining and understanding soil tests. Let’s begin.

Combine one-hundred pounds of N, thirty-five pounds of P, and 62 pounds of K. Mix thoroughly. Add a pinch of manganese, a dash of copper, zinc, and boron. Once items are combined, spread liberally over one acre of soil. It sounds like a gourmet concoction, something to rival Martha Stewart. It is for lawn and garden enthusiasts, the Holy Grail; a one-size fits all formula for row crops nationwide. It, also like the Holy Grail, probably does not exist. We would even settle for a formula, by region, if someone would just create one. Even if you tried to create such a formula, it would likely only serve as a recipe for disaster.

However, most gardeners tend to operate as if just such a recipe does exist. At the local garden center or at a table at the local breakfast nook or wherever gardeners gather, you can overhear conversations about what is working on one particular lawn or another. The following morning you can track the participants to the local big-box-store door as they try to order the same formulation, assuming it will work on their lawn or garden as it did on the county leader’s property.

The main problem with this theory is that land is a living organism, and far from being the static expanse we sometimes assume, there is a vibrant and delicately balanced network of nutrients, chemicals, and organisms that extends from the top soil through to the bedrock. Because of the way they are interlaced, you cannot change one without impacting another. The end result is soil from one side of your field to the other may be as vastly different as soil from Montana is from Alabama.

We recognize the differences between states and maybe even within regions but we tend to treat similar plants under our care as if they all need the same ingredients. This, according the Paul Leeds, a soil specialist and farmer from Ontario, Canada just is not the case. The way the land has been used historically, the strata within the soil profile, topography, weather, and cultivation practices all work to determine what surpluses and shortages are contained within each section of land.

Leeds recommends that all farmers begin to know their soils by conducting a soil sample, then sending the sample to a reputable lab for analysis. Dr. Tony Provin with Texas A&M extension provides the following guidelines:

  • 1)      In fields up to 40 acres, collect at least 10 to 15 cores or slices of soil, from evenly distributed locations across the region being sampled, per composite sample. Because soils are variable, it is important to obtain enough sub-samples to ensure a representative composite sample. The greater the number of cores in your sample the more representative or reliable the results will be of your total landscape.
  • 2)      Unusual problem areas should be omitted or sampled separately. To properly diagnose the causes of poor crop production, collect separate composite samples from the good and poor growth areas. Do not include soil from the row where a fertilizer band has been applied.

  • 3)      Traditionally, soil samples are collected to a depth of 6 inches from the soil surface (after non-decomposed plant materials are pushed aside). Surface accumulation (stratification) of phosphorus and lime (calcium) from prior surface applications can dramatically alter soil test data. Stratification is of particular concern in parts of the landscape that are not generally tilled or disturbed (such as lawns) or in areas that receive limited rainfall or supplemental water. In these instances, sampling depths need to increase from 3 to 9 inches.

Once samples have been gathered, combine them in a large, clean tub and stir until all samples are thoroughly combined. Fill the sample bag or other suitable container with approximately 1-2 pints of a composite soil sample. Any suitable container can be used for the sample, but it is important to complete the information sheet and follow the instructions for collecting and mailing samples.

Once an adequate sample has been gathered, then you need to select a lab to analyze your soils, and to provide you with comprehensive results. Leeds advises that when you are selecting a lab you consider the following:

  •  History and Reputation
  •  Variety of Tests Available
  •  Reports are Clear, Concise, Easy to Interpret
  •  Lab has Staff Qualified to Make Recommendations Based on Report
  • Familiarity with Your Particular Type Of Soil

 Most Land Grant Universities offer testing services and you can obtain additional information through your local county extension office. Additionally, there are many national and regional private labs that will survey your soils, even some fertilizer and nutrient companies have working relationships with particular laboratories if you consult with your company representative. (Expect to spend at least $15 per sample) All soil tests and all reports are not created equally, in our next installment we will analyze the different types of tests and reports commonly available.

 The goal is to bring your soils in balance so that they have the proper nutrition to maximize your production and quality while lowering your input costs. Calcium is great, but without enough manganese to metabolize it, any calcium you amend may be wasted. Similar statements can be made about any fertility product, macro- or micro-nutrient which you may add. Worse than not adding any amendments to your field is to add them, at times at considerable expense, only to find out later that they were unnecessary or under-utilized by the plants. The important thing is to realize that all soils are different, state-to-state, yard-to-yard, even year-to-year within the same lawn and without an accurate snapshot of your field’s condition you cannot make the best decisions about your Lawn or Garden.

It is possible to return, or increase, fertility to your landscape. But before you can improve the environment in which your plants will be grown, you must first know where you are beginning. Once you are armed with the knowledge of your fertility needs you can make the best, and most economical, decisions to promote healthier, stronger, and more productive vegetation.

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After Tax Sale-a-bration: Instant Savings With Monty’s

By Dennis on April 16, 2011

Sure Mark Twain once quipped, “The only sure things in life are death and taxes.”  But that was because he had the sheer misfortune of living before we invented Monty’s Plant Food.  If you are wanting to ensure your garden’s success this season, then you need to add Monty’s Line of Products to your lawn and garden repetoire. To help you do that, from now until the end of April, we are lowering the cost on all purchases by 20%.

This is a discount for the readers of our blog only so to get this exclusive offer you must enter the code AFTERTAX at checkout.

Visit our website to see all that Monty’s has to offer from soil amendments to fertilizers customized to the needs of your plants during each stage of development.  If you are looking for vigorous veggies, prize-worthy roses, terriffic trees, tasty tomatoes, or just the best looking lawn in the neighborhood, Monty’s products can help. And, now, you cna get it all for 20% off.

We know that tax time is a burden, so find some time to relax this week by spending it outdoors working with your lawn, your flowers, and Monty’s.  Gardening season will help you forget all about your taxes, and Monty’s will help you forget about all of your gardeining struggles by giving you hassle-free results with more growth, bigger blooms, and more food for your table.

Visit our online catalogue, select all of the products you wish to buy in 24 oz. sizes or larger, and stock up now during our after tax sales event. 

To get this incredible 20% savings, at checkout, enter our exclusive coupon code: AFTERTAX

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Ask Monty’s 4/15/11: African Violets, Hydrangeas, and Selecting the Right Grass for your Lawn.

By Dennis on April 15, 2011

Ask Monty’s:

“I have a huge, beautiful African Violet that is very healthy.  How can I grow new plants from it?”

Irene
Forest Lake, Minnesota

 Irene:

It’s as simple as removing a healthy leaf with the stem attached and burying the stem in moist, well drained potting soil, leaving just the flattened round leafy blade above the surface.  Water it thoroughly and put it in a warm, bright location.  I even put the container in an open, clear plastic bag to increase the humidity level around the cutting to further encourage the stem growing roots.  I used to have an old neighbor lady with quite a green thumb who had incredible luck with just putting the leaf stem in a glass of water with the leaf hanging over the lip of the glass.  Once the stem started sprouting roots she’d then stick it in a small pot of potting soil and off they’d go!

A more aggressive approach would be division by carefully splitting apart the plant itself between the plant’s crowns, keeping the roots intact and then replanting them into individual pots.  Be prepared to see your plants suffer a little shock for awhile, but with good care they’ll snap back.

Don’t forget to either root dip your cuttings and/or water them in with Monty’s 4-15-12.  All you need is a weak solution (one-two drops per cup of water).  This will stimulate root development and almost completely eliminate transplant shock. (See more detailed information here)  After the plant has rooted well, you can start feeding with Monty’s 8-16-8, 4-15-12, or 2-15-15 – depending on the current growth stage of your plant.  One note for AFRICAN VIOLETS, the leaf surface and flowers are very susceptible to spotting. For that reason African Violets are one of the few plants we DO NOT RECOMMEND using Monty’s products as a foliar application.  Instead you can either wick feed or feed through the roots by mixing 1-2 drops per cup of water and pouring on the soil when you water. Check out our PDF on the care of African Violets, here.

 Ask Monty’s:

“I transplanted hydrangeas from pots into my flower beds two springs ago but I haven’t seen them bloom yet in their new home.  Is there any hope of their blooming this year or did I waste my time and energy?”

 Gwen
Owensburg, Indiana

 Gwen:

Patience is the key here and I think you have proven that.  Plants moved from containers to larger bedding areas will spend the first couple of seasons putting down roots and getting comfortable in their new environment instead of blooming.  Once established and no longer needing the excess energy to stabilize their root system, they will shift into a flowering mode.  Make sure you’re not using a fertilizer with excessive nitrogen, which can also retard their natural flowering attributes.

To explain this, let’s think like a plant for a minute. The presence of N tells a plant it is time to grow. So you can end up with a plant that has a lot of showy foliage and can become quite large, but never blooms. This results in what gardeners refer to as a ‘leggy’ plant.  This can also cause more than just aesthetic problems; the excess growth can lead to damage during heavy winds.  Your plants have natural cycles: germination, growth, reproductive, and dormancy. It needs to go through each of these phases to maintain good overall health.  By understanding this and allowing the plant to go through its natural ebb and flow you will get the best results.  That is why Monty’s Fertility products come in three “flavors”; each one is designed for specific needs of the plant during each one of these stages of development.  This season, try using Monty’s 2-15-15 at least once a week on the foliage.  I think you will be amazed by the results.  Check out our PDF on Hydrangeas, here.

 Ask Monty’s:

“There are so many different types of grass on the market.  How can you even begin to know what to choose for your lawn?”

 Joel
Mt. Airy, North Carolina

 Joel:

There are a lot of variables to consider when choosing the right grass for your lawn, and the top one evolves around where you live.  If you are newly landscaping or starting from scratch, it’s always best to drive around your area and see what lawns have the look you’re after and make note of it.  Your local nursery, a good landscaping company or your local extension office are going to be excellent, professional reference points for you.  Many larger towns and cities even have arboretums that not only feature plant variety, but label them for guests and lawn grasses are often incorporated into their design. 

Keep in mind though, if you want your lawn to look like a golf course, it comes with a price and a great deal of maintenance.  Grass grows best in the spring and the fall when it is cool, so keep that in mind when you’re looking at other lawns too.  Cool-season grasses are hardy enough to survive freezing winters and hot summers and include varieties such as fine fescues, perennial ryegrass and bluegrass.  Warm-season grasses are your tropical climate lovers and include St. Augustine, Zoysia, Bermuda grass and centipede grass.  There are also transition-zone grasses for hot summer climates and chilly winters that blend both your cool-season and warm-season grasses, but types a little more versatile include tall fescue or buffalo grass.

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Ask Monty’s 4/11/11: Successful Petunias, Organic Lining for Terracotta Pots, and Fungus on Redbuds

By Dennis on April 11, 2011

Ask Monty’s:

“Every year I plant petunias and they never seem to do more than just make it through the summer.  How can you fail at growing petunias?”

Alyce
Detroit, Michigan

Alyce:

Annuals need lots of water with being outside and braving the elements.  Petunias love the sun and appreciate a little shade, but watering them daily is what they need the most.  They should also be routinely deadheaded to keep them lush and healthy looking.  By doing it before they get leggy, they seem to respond better.  Don’t forget a little fertilizer every couple of weeks or so too.  Make your petunias part of your daily garden maintenance walk and you’ll get much better results.

 Ask Monty’s:

“You often talk about lining clay and porous pots with plastic bags to retain moisture for outside potted plants.  Do you think newspapers would work too?”

Greg, Pete and Scott
Morton, Washington

Greg, Pete and Scott:

Excellent, more natural idea gentlemen!  Newspapers may dry out a little faster than plastic, but will definitely serve the same purpose.  When cleaning your pots out in the fall you can dump everything into your compost pile and not have to worry about taking the plastic bags out too.  And, your newspaper liners may well be on their way to decomposing by that time.  Make sure you’re using the actual newspaper and not those colored enameled sheets that are often inserted into newspapers for advertising and such. They do not break down the same way newspapers do.

Ask Monty’s:

“There is a greenish, flakey growth showing up on my redbud trees.  What could it be and how do I get rid of it?”

Iris
Gladston, New Jersey

Iris:

There is a type of combination of fungus and algae that physically intertwines to become an entirely new growth called lichen.  It can also grow on stones or shrubs too.  It’s a very primitive plant species, absorbing water and nutrients from the air.  There is nothing harmful about it as they are not a parasite and do not cause disease, so don’t worry about it being part of your redbud tree.

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Reducing (or even eliminating) Transplant Shock

By Dennis on April 7, 2011

The Root of the Problem

Transplant Shock happens when plants are moved.  Unlike humans, plants were not designed to be shuffled around. In nature, once a plant is rooted, that is where it stays.  However, we are always waiting to change and design our environment and that means moving plants; either planting new annuals every year or moving, cutting, and thinning existing plants to more aesthetically pleasing areas. So, transplant shock happens when you move plants, but why?

The answer is all in the roots.  We tend to talk about roots as if they were one ubiquitous mass.  They are, in reality, not a mass but a system with individual parts serving particular functions.  The tap root is one or two long, thick roots that generally go straight down, deep into the soil. Think of this root as the “trunk” of your plant.  This root serves to access deep reserves of water, to add structural integrity, and to provide a wedge which breaks up the soil and allows for development of the second set of roots.  This second set is somewhat smaller and grow out laterally from the main tap root.  If the tap root is the “trunk”, these are the limbs and like limbs they stretch out, cross each other, and provide bulk.  The main function of these roots is to provide stability, serve as an anchor to the plant to keep it from moving, and to hold the soil so that the plant can get the water and nutrients it needs from its environment.  They also serve as host for the most important roots.  The third set of roots is the hair-like feeder roots.  These roots are very small, even on the biggest plants.  They are thin, wiry, and about the size of a human hair.  The ends, or growing points, are the only place where the plant can actually take up nutrients and the majority of water. Without getting too deep into the science, this is where the microbes and beneficial bacteria thrive and do their job of converting minerals into nutrients.

The problem with these feeder roots is even though they are vital to the plant, they are also the most susceptible to damage.  Some research shows that exposure to the air for even 3-4 minutes is enough to cause them to dry out and die.  They are also very easy to break. So, when you transplant the plants, even if you are careful, it is very easy to disturb this section of the root system and when you do, it takes the plant time to replace them.  Until then, the plant is getting very little nutrition or water. The plant enters survival mode, any flower is jettisoned as it fights to allocate stored resources for survival rather than reproduce.  As more resources are required to re-grow these vital roots, (and because it is getting no nutrition) it wilts. And this reaction is what is known as transplant shock.

So what can you do? Here are a few tips:

1) Be as gentle as possible.  Handle the root ball of the transplants as carefully as possible.  But know this. Even though you are careful, the feeder roots are so delicate they are going to break; it’s inevitable.

2) Prepare the new home.  Even if you are planting into the ground, you will want to provide a new home that is delicate.  Heavy clay soils are generally compacted and hard for the tiny roots to penetrate so mix some of the host soil with sand or soilless media and fill the hole loosely BEFORE transplanting.  Then remove just enough of the soil to make room for the new plant. 

3) Make sure the transplant is not root bound.  There should be a good amount of roots at the outer edges but they should not be circling around the root zone in a solid mass of white.  If they are, they will need a haircut, either by actually cutting and freeing some of the roots or by pulling them away to thin them out. This will kill of some of the feeder roots, but will cause fewer problems in the long term. You should introduce the plant to its new home as quickly as possible. I usually root-dip my plants for 10 minutes or so in a weak solution of Monty’s 4-15-12 or 2-15-15 (1 ounce per gallon of water) prior to placing them in the new environment.  This loosens up their native soil and gives them a quick shot of energy. Then once all the plants are in, I water them in with any remaining solution. The picture to the right is lettuce and spinach two days after transplanting.  Notice no signs of shock or wilt. You should place the plant its new environment just deep enough so that the stem and root ball is below ground level. Once the plant is in place back fill with the soilless/host soil mix. Be carefull not to press the soil around the plant as this can lead to problems with compaction.

4) Feed the plant. Some experts advise putting a bit of fertilizer in the bottom of the new home prior to transplanting. I have done it both ways and have not noticed much difference either way.  USE A LOW SALT, LOW NITROGEN fertilizer.  Nitrogen can burn even healthy plant material, much less tender feeder roots. Plus, nitrogen is the nutrient responsible for growth.  There will be a time for that, but now it is too early.  One of the biggest problems I see with zealous homeowners is giving the plant too much nitrogen too quickly.  This is especially true for perennials and larger transplants like trees and shrubs.  For these, I recommend very little nitrogen at all for the first full season.  Here’s why.  Nitrogen generates growth.  The mere presence of the nutrient tells the plant to get bigger, taller, and put on more leaves.  If you do that, and do not have an underlying root system to support this vigorous growth a few things can happen:  One, the plant will become top heavy and a strong wind will uproot the plant because there are not enough anchors holding it place. Two, and this is the biggest problem.  You know that droughts are going to happen.  When they do, the plant needs a good root system to access available sub-soil moisture reserves.  If, by applying nitrogen, you have spurred top-growth you have increased the burden on the plant by giving it more leaves, stems, and flowers to maintain and by not giving it the root system that it needs to provide the water and nutrients it is starving for. Instead of nitrogen, look for a fertilizer that is relatively higher in potassium and phosphorous (the second two numbers on the label).  These are the nutrients that a plant uses to develop good root systems and the ones you need to ensure successful transplants. 

By using a product like Monty’s 2-15-15 or 4-15-12 you can give the plant what it needs, and according to gardeners across the country, as well as my own experience, virtually eliminate transplant shock.  Get more details on transplanting in our how-to guides on our website. While this is still true for annuals, it is not as critical, cause let’s face it, you will be throwing them away in 6 months anyway.  Give them a week or two to settle in, then you can start using a higher nitrogen fertilizer.  The low-salt issue is still a concern so I recommend using Monty’s 8-16-8.  It’s high in nitrogen, but it has one of the lowest salt indexes on the market.

5) Water.  Believe it or not, most homeowners are so afraid of under-watering their new plants, that they go too far and over water them.  Over-watering is just as bad.  It depletes oxygen form the soil, collapses pore space, compacts the soil, and creates an environment ideal for developing anaerobic bacteria (the bad ones) which leads to rot, disease, and can increase the likelihood of insect problems.  If you are watering your plants keep them evenly moist so that they have to grow their roots both out and down.  this will give you a better anchor and will get feeder roots out of the topsoil.  If the roots stay in the upper reaches of the soil profile you will end up fighting drought conditions throughout the life of the plant as this layer of soil is the first to dry out in the hot dry days of summer.  To accomplish this, stick your finger about an inch deep into the soil (up to your first knuckle) at the edge of the drip line.  If the soil does not feel noticeably damp at your fingertip, it is time to water.

By following these few simple guidelines and by incorporating Monty’s Fertilitly Products you can get your plants off to the best start possible and virtually eliminate transplant shock.

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Wiggly, Squiggly, Subterranean Farmers

By Dennis on April 5, 2011

Earthworms. Just the sound of them can make guys happy and girls squeamish.  I remember chasing the neighborhood girls through the yard with an earth worm dangling from my fingers as I threatened to throw it on them.  Well, time has moved on, I no longer chase girls through the neighborhood, and I have found a greater use for earthworms (yes, even besides bait).

Earthworms serve two functions for me in my garden and flower beds.

First they are the proverbial “canary in a coal mine”. Simply by their presence they let me know that everything is okay.  Even before I ship my soil off to be tested, I can be relatively certain that I have a reasonable amount of organic matter and that my pH is neither too acidic or too alkaline if i see earthworms wriggling about.

Secondly, they help me till and fertilize.  The tunnels they create beneath the soil provide channels for air and water to move through the soil profile. The air is necessary for good nitrogen and CO2 exchange with the air…yes Virginia, plants can get nitrogen from the air (it is a two step process involving nitrogen fixing bacteria and nitrifying bacteria in the soil, but good aeration makes it possible). 

For the most part, the tunnels are not created by simply squeezing through the soil but by them actually consuming the soil and other decaying organic matter laying in the soil.  As with all living things, what they consume is partly used in their own bodies what is unused is eliminated through effluent material (casts).  Earthworm Casts are high in nitrogen, phosphates, and potash. Consider this if you have just 10 earthworms in a square foot of soil you will have 800 lbs of earthworms per acre.  The worms will provide you with 40 tons of castings annually which will equal 1 lb of actual N, 12 lbs of phosphorous, 28.5 lbs of potash, 36 lbs of magnesium, and 200 lbs of calcium.  Earthworm castings also improve the water holding capacity of your soil, reduce erosion, and improve nutrient availability. One earthworm can digest up to 36 tons of soil per year according to the US Soil Conservation Offices.

Worms are great indicators of the overall health of your soil, especially in terms of biological activity. If you have earthworms, chances are that you also have all of the beneficial microbes and bacteria that make for healthy soil and strong plants. So how do you check for earth worms.  Grab a shovel and lets go out to the garden:

Be sure the soil has warmed to at least 55 degrees, and that it is at least somewhat moist, but not soaking wet.

  1. Dig a hole one foot across and one foot deep. Place the soil on a tarp or piece of cardboard.
  2. Sift through the soil with your hands as you place it back into the hole, counting the earthworms as you go.

If you find at least ten worms, your soil is in pretty good shape. Less than that indicates that there may not be enough organic matter in your soil to support a healthy worm population, or that your soil is too acidic or alkaline.

If you do find fewer worms than what you had hoped for, how can you encourage higher populations. 

1. Keep the soil evenly moist.  Too much water and they will flee their burrows, too little and they will dry out and die. Evenly moist soil should feel like a wrung out sponge.

2. Add up to 3 inches of organic mulch over the surface of your garden.  If you are buying it, this can get expensive.  However there are affordable and free composts available, if you are willing to look.

3. Add NON-PROTEIN food scraps to your compost.  things like produce trimmings, coffee grounds, and tea bags work great.

4. Be careful about the amount and the kinds of pesticides and chemicals you apply.  Broad spectrum pesticides can also reduce your earthworm (and other beneficials) populations. When possible opt for natural remedies that are targeted to specific pests.

5. Use compost or manure teas for fertility.  Chemical fertilizers increase the acidity and salt content of soil which repels earthworms.  Monty’s offers a complete line-up of fertility products that are very low in salt and are all naturally derived products that will not effect the pH of your soil.  This makes these products an ideal choice for fertilizers (without the hassle and malodorous nature of the compost teas and manure teas.)

6. Use Monty’s Liquid Carbon to create a favorable soil environment that will help create a favorable environment for all soil microbes and organic material.

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Instant Green Thumb, Instant Savings!

By Dennis on April 4, 2011

Monty Justice, the founder of our technology, is turning 84. We talked with him about ways to celebrate his birthday and he wanted to have an online party, but here’s the catch.  You get the gifts!

From now until April 14th, you can get our Garden Trial Pack for nearly 50% off!

You can see the Garden Trial Pack, here.

But this special offer is only valid if you enter this exclusive code at checkout: MONTY84

Our Garden Trial Pack is a collection of our three most popular products,  Monty’s 8-16-8, Monty’s 4-15-12, and Monty’s 2-15-15, in convenient 8-ounce sizes.  If you have never tried Monty’s Products, this is a great opportunity to see how they can help you with your houseplants, flower beds, vegetable gardens, or lawns and landscapes.

If you have tried one product but not experienced the advantage of our exclusive feeding program designed to target and time specific nutrients to particular times in the growth cycle of your plants. This offer will give you a low-cost opportunity to try the other products as well.

This is an exclusive offer only available until April 14th, and only available to our blog readers.

Purchasing Monty’s is now easier and cheaper than ever before. But, hurry, this offer ends April 14th.

Click on this exclusive link, enter the coupon code: MONTY84  and enjoy the savings as we celebrate Monty’s 84th Birthday.

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