Tag: Soil

Kentucky Bluegrass
The Sunflower State

Kentucky Bluegrass

Kentucky BluegrassKentucky bluegrass (Poa pratensis) receives its name from its blue inflorescence, an open, branching, pyramid-shaped structure known as a panicle. The panicle is 1-1/2 to 5 inches long and 1 to 3 inches wide. The waving branches bear spikelets on their ends. Each spikelet has three to six flowers capable of producing abundant awnless seed. Read More

10 Gifts for Gardeners
The Garden

10 Gifts for Gardeners

10 Gifts for GardenersChristmas is just around the corner! If you are looking for a few ideas to bring a smile to the face of that gardener in the family this year, allow us to make a few recommendations.

  1. The Family Garden JournalThe Family Garden Journal. Our garden journal is a great way for a gardener to celebrate a year of growing plants. It features 366 pages with room for to-do lists, observations, harvest records, and other notes, and it even includes a shopping list, a map, a planting table, and other useful tools for planning a garden. Makes a great keepsake. Read more.
  2. Heirloom seeds. Heirloom seeds are sure to delight! Choose varieties with a compelling story and an attractive appearance. If the seeds come from your own heirloom garden, that makes them even more special.
  3. The Christian Kids’ Gardening Guide. Looking for a gift for a budding green thumb? This delightful little book offers both practical growing tips and fun activities to foster a love of gardening. Read our full review.
  4. All New Square Foot GardeningAll New Square Foot Gardening. If your fellow gardener does not already have a copy of this revolutionary book on gardening, do him a favor and get him one. Even those committed to traditional row gardening can pick up many useful tips for making the garden more productive and attractive. Read our full review.
  5. Oxo Good Grips trowel. Every gardener needs a trowel. If the trowel has a comfortable handle, a sharp stainless-steel blade, and handy measuring marks, so much the better.
  6. Rodale’s Ultimate Encyclopedia of Organic Gardening. Another classic work on gardening that deserves a place on every gardener’s bookshelf. This one is an indispensable reference for those who garden naturally. Read our full review.
  7. Luster Leaf Rapitest Soil Test KitLuster Leaf Rapitest Soil Test Kit. Does your gardening friend know how to test his soil for pH and NPK? If not, this kit will make it easy for him. Read our full review.
  8. Gardening gloves. Even a gardener who already has a pair probably won’t mind an extra pair.
  9. Seed packets. This is another good choice for an heirloom gardener. These seed packets seal to protect their contents, and they can be used with a home inkjet or laser printer.
  10. Sweet potato beetle. This hilarious craft is a great way to use that overgrown sweet potato! Warning: The laughter will be heard for miles around!
Cover Crop Decision Tool
The Farm

Cover Crop Decision Tool

Cover Crop Decision ToolLooking for the right cover crop? Give this Cover Crop Decision Tool from the Midwest Cover Crop Council a try.

First select from one of the following states:

  • Iowa.
  • Illinois.
  • Indiana.
  • Kansas.
  • Michigan.
  • Minnesota.
  • Missouri.
  • Ohio.
  • Ontario.
  • Wisconsin.

Then choose options that take into account your growing conditions:

  • County (for frost/freeze date estimate).
  • Planting and harvest dates.
  • Drainage situation.

Finally, fine-tune your choices by noting your goals:

  • Increasing nitrogen levels.
  • Building soil.
  • Fighting erosion.
  • Fighting weeds.
  • Creating a new source of forage for grazing or harvest.
  • And more!

Once you’ve found a cover crop or two that meets your needs, click on the name of the crop to learn more about about its pros and cons, as well as its planting and termination requirements.

An easy-to-use way to choose the right cover crop for your unique growing conditions!

The Agricultural Adjustment Act in the Great Plains: Part 1
The Sunflower State

The Agricultural Adjustment Act in the Great Plains: Part 1

The Agricultural Adjustment Act in the Great Plains: Part 1Between 1929 and 1932, the net income of the average farm operator fell 69%.

Prices for agricultural products were at their lowest since the 1890s. Wheat sold for only 25 cents per bushel.

Much of this drop in prices was due to an agricultural surplus. Harvests had been bountiful before the drought hit, and a considerable amount of grassland had been converted to cropland to meet the demands of World War I. No sooner had the war ended than the prices for crops had dropped sharply. To cope with their reduced incomes, farmers scrambled to plant more acres and sell more bushels, driving the prices down still further. By the time the Great Depression and the beginnings of drought hit the Great Plains, the farm economy was already in a state of crisis.

But Franklin D. Roosevelt took office in 1933, promising Americans from all walks of life a New Deal. Regulation and government support could bring stability to the economy, FDR claimed.

Agriculture promised an excellent way to test this fundamental principle of the New Deal.


The Goal

FDR’s stated purpose was to return prosperity to the farm by bringing the farmer better prices for his products. The theory was simple. When the supply of a commodity falls short of the demand, the prices rise as purchasers compete to obtain the scarce commodity. Thus, if consumers had to compete a little harder to obtain commodities, farmers would receive more income for those commodities.

How much of an improvement was sought? Nothing short of parity. In this case, parity meant that any given commodity would have the same purchasing power that it did prior to World War I.

Accordingly, the Agricultural Adjustment Act was passed in May 1933 during FDR’s first 100 days. This act created the Agricultural Adjustment Administration (AAA) with the responsibility of planning the farm economy. The ultimate plan, as stated by FDR’s secretary of agriculture, Henry Wallace, was the “ever-normal granary.”

The AAA established a system of “domestic allotments,” which in practice meant that the AAA set the amounts of commodities that the country would produce annually. Initially, seven commodities were targeted:

  • Corn.
  • Wheat.
  • Cotton.
  • Tobacco.
  • Rice.
  • Dairy products.
  • Hogs.

Additional commodities were added to the list in 1934 and 1935:

  • Grain sorghum.
  • Rye.
  • Barley.
  • Flax.
  • Peanuts.
  • Potatoes.
  • Sugar beets.
  • Sugar cane.
  • Cattle.

Beginning in the fall of 1934, the AAA also started buying up poor cropland. This acreage, ruined by the Dust Bowl, was to be converted into demonstration farms to illustrate how to conserve soil by planting drought-resistant grasses. After the damage to the land had been fully repaired, these areas would be leased as pasture.


The Agricultural Adjustment Act in the Great Plains: Part 1Adjusting Crop Production

To reduce agricultural production to the AAA-desired levels, a new tax was placed on food processing. The money obtained from this tax was used to pay subsidies to landowners who would leave farmland idle. Lawrence Svobida noted in his memoir Farming the Dust Bowl (read our full review) that he had to agree to remove 15% of his total average acreage from production. The total average acreage was determined by averaging the number of acres that he had planted the last three growing seasons. (Thus, farmers who had previously let land lie fallow received considerably less money than their continuous-cropping peers.) Payments were calculated based on the county average yield per acre.

Of course, there were abuses of this system. Some farmers attempted to cheat the AAA and overestimate their total average acreage to receive more subsidies. To prevent this scenario, the averages reported by farmers were published in local newspapers to give others an opportunity to report fraud. In the words of Svobida:

This provided a unique opportunity to the spiteful, the revengeful, the envious, and the righteous, and most of the culprits were exposed in their trickery, and were compelled to correct their figures.

Unfortunately, by the time the AAA came into being in May 1933, the growing season was well under way. Farmers receiving AAA money could not harvest their grain, so perfectly good crops were destroyed or left to rot. This included 10 million acres of cotton, some of it grown in Plains states such as Oklahoma. Over 87,000 farmers in that state alone plowed under their cotton in exchange for over $15 million.

Even in subsequent years there were difficulties. Svobida cited the story of a neighbor who was able to raise a good wheat crop in 1934, only to discover that he had made an error in his arithmetic and had planted 80 acres more than was allowed under the provisions of the AAA:

This farmer had been honest in his intentions, so he was embarrassed as well as amazed; but, now that the mistake had been made, he wanted to go ahead and harvest the excess eighty and turn the wheat crop over to the county commissioners, to be distributed to the needy.

You will be able to guess what happened, if you have had any experience of small men elevated to petty office. The local allotment committee was made up of men who found great satisfaction in administering their office, and they were the ruling power in such matters, from whose decision there was no appeal. They would not consider the farmer’s sane and philanthropic suggestion for the disposal of his surplus wheat. He was ordered to destroy it.

The effect of fallow land on the Dust Bowl is still debated by historians and climate experts. It is certain that a state of drought existed prior to the AAA. The first dust storms hit in 1932. However, the years 1935 to 1938 were among the worst in the history of the Dust Bowl. By this time, millions of acres were lying fallow due to the influence of the AAA.

Ironically, some Dust Bowl farmers did not use their AAA money as anticipated. According to agricultural and Western historian R. Douglas Hurt, some subsidy recipients left their poorer, dust-destroyed lands fallow and used the federal aid to buy or rent new cropland to plant. This way, if the drought ended, they would still be in a position to bring in a crop despite their participation in the AAA program.

Meanwhile, the cropland-purchasing program met with mixed results. AAA employees did manage to restore some poor land, either to native range or to drought-resistant plants such as sudan grass. The program could be rather exasperating to landowners trying to sell out, however, as they received low prices for their land and the checks were inevitably slow in coming. Nevertheless, some grasslands established under the AAA remain to this day, such as Cimarron National Grassland in southwestern Kansas.


Next week: Part 2


Helpful Resource

Agricultural Adjustment Act of 1933
Full text of the original act.

Pros and Cons of Cold Composting
The Garden

Pros and Cons of Cold Composting

Pros and Cons of Cold CompostingNow that you are familiar with the pros and cons of hot composting, are you eager to get started? Or are you overwhelmed just thinking about all that preparation and turning?

If you fall into the latter category, don’t give up on composting altogether just yet. First consider cold composting.


Introduction to Cold Composting

A cold compost pile can be started with whatever materials are on hand. The pile can be built gradually over time.

While a precise balance of “greens” (organic matter high in nitrogen) and “browns” (organic matter high in carbon) is not needed for success, incorporating both into the pile will help the decomposition process go faster. Likewise, large pieces of material, such as sticks, can be chopped for faster composting, but this is not necessary.

As with hot composting, air is a requirement to avoid the accumulation of smelly anaerobic bacteria. Air can be introduced by periodic turning, but again this is not essential. One way to allow air circulation in the pile is to pay attention to how ingredients are layered. For example, some coarse (but not too long) sticks in the center will help. Also, soggy materials that stick together like fresh grass clippings or wet leaves should be allowed to dry slightly before going into the pile. If for any reason air flow becomes a problem during the composting process, air holes can be driven into the pile with a stake or piece of rebar.

As decomposition progresses, the moisture content should be monitored. If persistent rains are a problem, the pile should be covered with a tarp to avoid drowning and subsequent anaerobic decay. In dry weather, a periodic sprinkling with a hose will be beneficial.

Cold composting goes very slowly. How slowly just depends on the size of the ingredients, the ratio of greens to browns, and the frequency with which the pile is turned. These variables also affect the temperature that the pile will reach. A maintenance-free cold pile may never even hit 90°F. Piles that contain green material and are turned periodically may get somewhat warmer.

The bottom of the compost pile decays first, usually leaving large pieces of materials intact on top.



  • Simplicity. Getting a compost pile to heat up is not easy. Conditions have to be just about perfect to make it happen. If gardening is not your full-time job, you may appreciate the ease with which a cold compost pile can be built and maintained.
  • Flexibility. One of the biggest advantages of cold composting is that it can adapt to your needs. Don’t have much to compost? Just toss on what you do have and wait for another opportunity. Don’t have time to turn the pile today? It’ll wait until tomorrow, or next week, or next month. Ready to cut the process short? Throw away the larger uncomposted pieces of material and dig out the finished compost underneath to use immediately.
  • Fewer material requirements. With hot composting, you have to have three, four, or five cubic feet of organic matter (properly balanced between greens and browns) ready to go at once. With cold composting, you can add materials as you accumulate them. One day, you can add the grass clippings. A few days later, you can throw a banana peel on top.
  • Compost year-round. Many gardeners become frustrated after trying to get a compost pile to heat up in cool weather. With cold composting, you can let the decomposition process continue all year. Even in January, freeze-thaw cycles and periodic introduction of moisture in the form of snow will help mechanically break down materials, long before the microbes awake from their winter slumber.
  • Minimal turning. Let’s face it. Not every gardener can find the time to turn a bulky compost pile every few days. With cold composting, you can simply turn the pile whenever you have a spare half-hour or so. Or you can let it go from start to finish without ever picking up a shovel. This also makes cold composting a great option for an older gardener who wants to garden naturally but finds hot composting back-breaking.
  • Nature’s way. Where in nature have you seen a hot compost pile steaming away, with obliging creatures turning it at just the right time? Probably nowhere. Nature makes compost slowly.
  • Beneficial organisms. Many microscopic forms of life can survive in the lower temperatures of a cold compost pile. This includes beneficial fungi and bacteria that thrive on moderate temperatures. These are exactly the microorganisms that your plants need to stay healthy and fight disease. Some gardeners speculate that the preponderance of fungi in cold compost is just right for raising trees.



  • The ugly factor. As much as natural gardeners love good soil, a half-rotted compost pile may not be something they want to see out their kitchen window every day. While a hot compost pile can do its work and be hauled away in a matter of a few weeks, a cold pile will likely be sitting in the same place decaying all summer long. Choose your location accordingly.
  • Space requirements. A cold compost pile will be taking up space for many months at a time. When choosing a place to build a pile, find a corner of the garden that is out of the way, but not too far from the beds to be convenient.
  • Slow going. Cold composting takes about six months to a year—sometimes longer. While you can speed up the process by adding ingredients faster or by turning the pile more frequently, if you need compost fast, you definitely need to consider hot composting.
  • Anaerobic decomposition. Cold piles can collapse over time and loose their ability to circulate air, especially if they contain things that tend to stick together like wet grass or leaves. A smelly bacterial mess that draws flies can be the result. With a hot pile, the frequent turning is sufficient to introduce air into the center of the pile. Cold compost piles should also be aerated from time to time; of course, this means they are not exactly maintenance-free.
  • Pest attraction. Bugs and mammals love cold compost piles. Chances are, you are going to see a lot of flies and rodents. Fencing can help keep larger pests, such as raccoons and stray dogs, away.
  • Chemical persistence. Heat is necessary to break down any chemical residue, such as pesticides and herbicides, remaining on compost ingredients. If you use chemicals on your lawn, do not add the grass clippings to a cold compost pile.
  • Weed survival. Weed seeds will make it through the low temperatures of cold composting intact, guaranteed. If you composted pulled weeds, you can expect them to put in a second appearance after you apply the compost. For best results, never compost invasive weeds or noninvasive weeds that have gone to seed.
  • Disease survival. Most diseases can also survive the cold composting process. If you will not be maintaining a hot pile, you should definitely avoid any diseased plant material. Either ship diseased plants out with your trash, or burn them.
  • Nutrient leaching. Depending on how long the composting process is drawn out and on the weather conditions at the time, nutrients can leach out of the pile with every rainfall. Using a composting container will help contain all the valuable nutrients your plants need. Covering the pile with a tarp in wet weather is another possibility. Also, you can periodically dig out the finished compost from the bottom of the pile to use immediately.
  • Uneven decomposition. Remember, the compost will decay from the bottom up. While you’re waiting and waiting for the organic matter on top of the pile to break down, there is good compost that you could be using accumulating underneath. Even when finished, there will likely be large particles remaining, resulting in a coarser final product than is achieved with hot composting.



The reason that busy gardeners often choose cold composting should be obvious by now—a cold pile can be as low-maintenance as desired.

While this is an important consideration, there is another factor that should be given some thought, and this is the quality of the finished product. Cold composting is definitely a more natural method than hot composting, and it definitely fosters more of the beneficial organisms necessary for plant health. Under optimal conditions (i.e., if not dragged out too long or flooded by repeated rainfalls), it may even contain more nutrients.

However, there are certain circumstances under which cold compost will be of doubtful quality. If any of the ingredients contain chemicals, disease organisms, or weed seeds, these contaminants will be perpetuated in the compost. Therefore, gardeners who have doubts about the ingredients should either discard them or use the hot composting method.

Finally, time is also a factor. For those who don’t mind waiting several months for finished compost, cold composting is a viable option. Gardeners who need to build and amend the soil quickly will benefit from the hot method.


Helpful Resource

The Complete Compost Gardening GuideThe Complete Compost Gardening Guide
This book may convince you to give slower methods a try, as well as point out some of the many variations cold composting can take. Read our full review.

Pros and Cons of Hot Composting
The Garden

Pros and Cons of Hot Composting

Pros and Cons of Hot CompostingMost gardening books focus primarily (sometimes exclusively) on hot composting methods. They describe elaborate procedures for turning out the perfect batch of compost, including balancing nitrogen content and monitoring temperatures.

There is another way to compost—cold composting. The most obvious difference between the two methods is the temperature of the pile.

Each method has its advantages and disadvantages, making each one suitable for different circumstances. This week, we will examine the key features and pros and cons of hot composting, giving you an idea of the best applications for this technique. Next week, we will tackle cold composting.

Let’s get started!


Introduction to Hot Composting

Key to the process of hot composting is achieving the right balance of ingredients. Every hot compost pile needs some materials high in nitrogen (called “green materials”) and some materials high in carbon (called “brown materials”). The green materials feed the microbes that will do the work, thereby fueling the whole process. The brown materials add bulk and air flow, preventing anaerobic decay from taking over and creating a foul smell. Experts vary in their opinions of the proper balance between greens and browns, but a 1:1 or 1:2 ratio has consistently been proven effective for most home gardeners. For faster, hotter decomposition, all of the ingredients should be chopped small. Layering greens and browns is not essential.

Most gardeners also like to add an activator of some sort to the pile to ensure that the necessary organisms are present and ready for work. Many expensive preparations are available for purchase, but good-quality soil is quite sufficient for the purpose. Yarrow leaves are also beneficial, as they add minerals that can help the process go quickly and efficiently.

The compost pile should be a three-foot cube to allow the center to hold heat efficiently. A four-foot cube is even better, while a five-foot-cube is about the maximum size for effective composting.

Once the ingredients are properly balanced, special microorganisms take over the pile and begin the process of decay, emitting heat in the process. The heat builds up quickly in a well-made compost pile, ideally reaching temperatures between 120°F and 150°F.

From time to time, the microbes will use up all of the oxygen in the center of the pile, causing the temperature to drop. For this reason, the pile needs to be turned once a week or more, giving the tiny creatures access to fresh air and bringing organic matter from the outside of the pile into the center for processing.

At the same time, the moisture content of the pile should be considered. It should be moist, but not soggy. In dry weather, you will probably have to spray the pile down with a hose while turning it. In wet weather, you may want to place a tarp over the pile or make your compost in a fully contained bin to avoid drowning the microorganisms.

After about a month, the compost should look dark and crumbly (think chocolate cake crumbs), with no recognizable remnants of the former ingredients. At this point, the pile will no longer heat up when turned. The compost is technically finished, but it will benefit from one or two weeks of curing. This allows beneficial organisms a chance to repopulate the compost.



  • Speed. Hot compost does its thing in short order, making the finished product available within three to four weeks.
  • Reduced space needs. A hot compost pile can be built when you need it and removed in as little as a month. A cold compost pile can take up garden space for as long as a year, requiring a commitment in advance.
  • Full control. Some gardeners like the amount of control hot composting gives them over the finished compost. They can easily adjust the temperature or decomposition speed by just turning the pile. To them, monitoring the pile is not a chore; it is an art.
  • Sterilization. This is probably the #1 reason that gardeners choose hot composting methods. As the compost pile heats up, many pathogens and weed seeds get fried.
  • Toxin degradation. Are you using ingredients that were not grown organically? Hot composting can break down and neutralize the pesticides present on that orange peel and the residue of any medications you might have administered to your horse that are now lurking in the stable bedding.
  • No pests. Assuming the composting process is working correctly, that is. Most insects and rodents will leave a hot compost pile alone. A poorly made compost pile can still attract every type of pest from ants to raccoons.
  • Helpful heat. The heat put out by a good compost pile can be put to work. One of the most common uses for this composting byproduct is heating a greenhouse.



  • Difficulty. After unsuccessfully battling a compost pile that simply refuses to heat up or that smells and draws flies, many gardeners are tempted to give up on composting altogether. Hot composting is part art, part science. It takes practice. (Here’s a hint—make your compost in summer, when naturally hot temperatures will give you a head start.)
  • Need for ample resources. A hot compost pile cannot be built in stages. You must have all of the necessary ingredients on hand and in the right balance from day one.
  • Time and effort. A hot compost pile needs quite a bit of supervision. Besides weekly turning and watering, it will need to be monitored to ensure it is not too hot or too cold.
  • Lack of natural equivalents. Most gardeners who use compost are already focused on growing healthy plants naturally. One question that recurs periodically is why hot composting is so widely advocated if there are no equivalents in nature. It appears that most of the composting done in the wild uses the cold method. While we do not know the answers for certain, it may be that there are benefits of cold composting that are lost in the process of hot composting.
  • Microbe and worm death. Any small organisms that don’t like heat will die or escape the compost pile as it heats up, including worms, beneficial fungi, and some lower-temperature bacteria necessary to fight garden disease. Proper curing can remedy this, but it is important to recognize that hot compost still tends to be biased toward heat-friendly bacteria instead of the diverse, fungus-based biology commonly found in natural decomposition processes. Some composters feel that bacteria dominance makes the finished compost better suited to grassland plants than woodland plants. If the compost pile gets too hot (over 150°F) for more than a couple of hours, the problem is compounded significantly.
  • Nutrient loss. Valuable nutrients are definitely lost if the compost pile overheats. If you smell a strong odor or see clouds of vapor rising from your pile, you can probably assume that most of the valuable nutrients are escaping into the atmosphere. Some gardeners feel that a certain degree of nutrient loss occurs in hot composting even if the temperatures stay below 150°F.
  • Fire hazard. While not a common occurrence, spontaneous compost pile combustion can and does occasionally happen, for the same reason that wet hay bales sometimes burst into flames. Avoid this problem by monitoring the temperature and keeping it no higher than 150°F; making sure there are no pockets of dry material helps, as well. Also, if using wood ashes, make sure they are completely cool before adding them to the pile.



There are two main reasons that some gardeners prefer hot composting:

  • To destroy weed seeds and pathogens.
  • To have finished compost in a short amount of time.

In exchange for these two primary benefits, the gardener must devote considerable planning, attention, and effort to the project. For a very busy gardener, this is sufficient reason to turn to cold composting.

If, however, you have the time and resources to have a go at it, you may find hot composting to be rewarding and effective, especially for disposing of materials with potential chemical, disease, or weed seed residues. However, don’t let your pile get over 150°F, and allow it to cure for at least a week before using. This will help ensure that the finished compost retains as much of the nutrition and biological activity necessary for plant health as possible.


Helpful Resources

How to Build a Two-Bin Composter
Directions for building a compost bin that will make all that turning much easier.

The Christian Kids' Gardening GuideThe Christian Kids’ Gardening Guide
This fun book for children contains step-by-step instructions for making hot compost. Read our full review.

Luster Leaf Rapitest Soil Test Kit
The Garden

Luster Leaf Rapitest Soil Test Kit

Luster Leaf Rapitest Soil Test KitKnowing the state of your garden soil is handy, but if your garden is for personal family use only, you probably don’t feel justified in ordering a professional lab analysis. Fortunately, inexpensive test kits are available online.

This kit by Luster Leaf seems to do a fair job. It tests:

  • pH.
  • Nitrogen.
  • Phosphorus.
  • Potassium.

As you can see, only the bare basics are included. The tests focus on NPK, not trace minerals. Fortunately, it is fairly easy to keep trace mineral levels in balance by regular applications of compost and organic matter.

Using the kit is easy. Complete instructions are included, but the basic procedure is:

  1. Prepare the soil sample.
  2. Dilute the soil sample according to the directions.
  3. Put the solution into the test container.
  4. Add the appropriate powder to the solution.
  5. Compare the color of the solution to the color chart on the container.

Did you detect a problem with your garden soil? The instructions offer advice on how to remedy the situation.

One word of advice: The powder may lose some of its efficiency over time. Keep the powder capsules stored in the included airtight bags in a cool, dry, dark place. Try to use the tests within about 18 months for the most reliable results.

Simple and inexpensive—perfect for the budget-conscious gardener.

Web Soil Survey
The Farm

Web Soil Survey

Web Soil SurveyKnowing your soils is a good idea, no matter where you live or what type of country living activity you pursue. The USDA’s National Resources Conservation Service makes that job easy.

The Web Soil Survey site takes a little bit of getting used to, but it provides a wealth of information. Once you have selected an area of interest, you can view a map identifying the types of soils on your property.

But that’s just the beginning—these facts are then translated into information that you can use to determine the best use of your land. View details on:

  • Building site development (potential challenges to dwellings, lawns, shallow excavations, small commercial buildings, etc.).
  • Construction materials (usefulness as a source of gravel, sand, topsoil, etc.).
  • Land classifications (suitability for farming, irrigation, forest, conservation tree plantings, etc.).
  • Land management (erosion hazard, fence post depth, potential for damage by fire, potential for seedling mortality, soil rutting hazard, etc.).
  • Recreational development (suitability for motorcycle trails, paths, playgrounds, etc.).
  • Vegetative productivity (productivity of crops, range, and forests).
  • Plenty more to keep you busy!

If you want to get to know your soil better, this is a very informative start. Enjoy!