Jeffry Hill: Protecting the Environment

Jeffry Hill is an agronomist who began studying plant science because he is passionate about protecting the environment. He helps commercial growers keep their soils and crops healthy, while simultaneously providing environmentally-friendly options to these farmers and agriculture professionals.

If you’re interested in protecting the environment – maybe even motivated to choose a career like Jeffry Hill’s that will allow you to do so – you’ll need a better understanding of the problems and consequences impacting the world.

To protect the environment, you must know what you are protecting it from. The primary problems like industrial pollution and destruction of habitat, among others, leave more than one billion world citizens without clean water, more than two billion without adequate sanitation and over one and a half billion without safe air.

Furthermore, millions of farmers must struggle to grow crops on poor soil for minimal income and entire countries face starvation.

One person is not likely to protect the environment from everything, or even a single item on the above list. However, if humanity bands together, and those who can do something, do, one person can be an integral part of the difference needed.

Each person is motivated to protect the environment in different ways. Some choose to plant trees, others invent products that reduce the world’s reliance on cutting them down. Some opt to create non-profit organizations to raise awareness to the problems facing Earth, others launch community recycling programs.

No method of protecting the environment is “wrong” or “too small” if it truly benefits the world. Do your research and, when you’re ready to join people like Jeffry Hill in taking a stand, find your calling and make it happen.

Read more:  Jeffry Hill – How to Apply Fertilizers

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Jeffry Hill – How to Apply Fertilizers

Jeffry Hill built a business helping farmers take better care of their soils and crops.

After you figure out what fertilizers you need for your garden or yard, you need to apply them properly. Proper application is based on the method and the timing.

Jeffry Hill

You can broadcast fertilizers evenly across the soil. You can also till them into seedbeds before planting the seeds. These simple ways of fertilizer application can allow you to prepare the soil for the next planting season. To provide nutrients in concentrated amounts, you can band fertilizers in trenches in the root zones of plants. This is where the seedlings need the nutrients most. This method is particularly useful when adding phosphorus because phosphorus usually gets absorbed slowly yet is critical in seedling establishment. Side dressing fertilizers are effective when providing nutrients to already established plants in the middle of the season. Liquid fertilizers such as fish emulsion are created for foliar application that provides an immediate boost of nutrients during the growing season to fix previously neglected nutrient shortages.

If your garden is small you can spread the fertilizers by hand using a bin, bucket or some other small container. For larger areas, you can get a special spreader such as a drop or a rotary spreader. These tools are available online and at local garden stores. Rotary spreaders can cover large areas very quickly but not always evenly. Drop spreaders are better if you want to cover an area with uniformity, but there is a danger of fertilizer band overlap that can lead to salt issues and growth obstruction. You may want to consult with an expert like Jeffry Hill to find a solution that is right for you.

Jeffry Hill – Worm Composting

Jeffry Hill is an agriculture professional who offers farmers services that cover all aspects of irrigation, materials and farming.

Jeffry Hill

Regular and in-soil composts create the amendments of intermediate quality. In contrast, composting with worms is a source of nutrient-dense amendments. This happens because worm compost is in essence worm manure. This compost is rich in nitrogen, phosphorus, and potassium. Worm composting is also known as vermiculture. It consists of feeding kitchen scraps to red worms stocked in a bin. For this reason, worm composting is a great option for small-scale composters who mainly recycle kitchen scraps. Resulting compost can be ready to use in as little as three months.

The process of worm composting is very simple. Just add high-nitrogen kitchen wastes to the worm bin instead of throwing it out or building a compost pile in your garden. The worms will do the work of turning these scraps into the compost. The biggest disadvantage of worm composting is that a single bin produces a relatively small amount of compost which may not be enough for an entire garden.

Just like every other compost, worm composts need food, water, shelter and air. You’ll have the best results if you think about worm composting as farming worms and not building compost. Take care of worms by feeding them the amount of food they need and keeping the bin in the right temperature and humidity range and the worms will take care of your compost.

Educated agriculture professionals like Jeffry Hill know that worm composts use a specific species of worms called Eisena Fetida. These worms are available online and at some garden stores. You need a pound of worms per cubic foot of bin space.

Jeffry Hill – What You Need to Know about Trench Composting

Jeffry Hill is an experienced consultant to the agriculture industry.

Trench composting is a method of composting in which raw organic materials are placed directly into the soil. The soil then works like a compost bin.

Jeffry Hill
Jeffry Hill

Trench composting brings food directly to soil organisms. It also provides plants with nutrients right in the root zone, where plants consume the nutrients. Just like other methods of composting in place, trench composting helps you save time and work less by not having to build and transport compost. Because with trench composting you place the materials directly into the soil, you won’t have to deal with pests, smells or unpleasant view of compost.

The only drawback of trench composting is decomposition time. Depending on the materials you add to your trench compost, you may need to wait up to a year before you can plant seeds into the trench compost. The simplest way to get started with trench composting is to dig a hole and empty your kitchen compost into it. The whole should be between nine and eleven inches deep. Once you fill the hole, cover it with soil. You can plant seeds directly into the hole one year later. If you want to increase the speed of decomposition, use your kitchen blender to crush your compost into smaller particles.

To check if the hole is ready for planting, simply dig up a part of it and take a look at what you can see. Agriculture experts like Jeffry Hill suggest that if you can’t recognize the materials that you put into the hole, then it’s ready for planting.

Jeffry Hill – Choosing Amendments for Your Garden or Yard

Jeffry Hill is an expert in fertilizers and irrigation.

Organic matter can have a profound effect on the soil of your garden or yard, letting your plants grow faster and healthier and making your job easier. Regardless of the look and structure, manures, tree leaves, coffee grounds and cardboards eventually transform into rich organic matter which is crucially important for the living soil. Organic amendments can help you improve the structure and tilth of the soil, its compaction, moisture and water retention, drainage, biological activity and nutrient availability.

Jeffry Hill

However, not all organic amendments are the same. For example, saw dust and chicken manure are both organic amendments, but they look, feel and smell differently. This means that they would have a different impact on various soil inhabitants.

Carbon-to-nitrogen (C:N) ratio is used to describe this difference. It shows how scrumptious an organic matter is from the perspective of the living soil. It is also known as the “brown-to-green” ratio. Matter with a high C:N ratio has low quality while a low C:N ratio is an indicator of high quality. The “brown-to-green” nickname for carbon-to-nitrogen ratio comes from materials such as fresh grass clippings that have high content of nitrogen and wheat straws that have high concentration of carbon. Such materials are usually used to balance a pile of compost. This name can be confusing because not all “green” materials are green in color. For example, fresh manures, kitchen scraps and coffee grounds all have a high concentration of nitrogen and are considered “green” even though their actual colors vary.

The C:N ratio shows how quickly soil organisms consume organic amendments. Microbes eat high-quality matter very quickly, which helps it release nutrients into the soil and disappear in a very fast manner. Low-quality amendments take a lot of time to release the nutrients. Sometimes microorganisms may actually use nitrogen to consume low-quality food instead of releasing more nitrogen. When feeding the soil, add amendments that have different properties. High-quality amendments will quickly supply nutrients to your plants while low-quality additions will help the soil build organic matter in the long run. Very low-quality materials can become very helpful at the end of the growing season because they can lock up leftover nitrogen in the soil and prevent its drainage.

More and more local non-profit and commercial programs are starting to offer organic amendments to the farmers. You can buy manures and other materials for your garden from a number of stores. Make sure to check the quality and make sure that the materials meet your goals and do not contain any unwanted pests, excessive salts or seeds of weeds. You may not get all the information that you are looking for, but the more you know, the higher the chances of getting a high-quality product. If you want expert advice, you can only contact an expert like Jeffry Hill for a consultation.

 

Jeffry Hill – The Basics of Soil Test Results

Jeffry Hill is a professional agronomist and soil expert.

Testing a soil is a smart move because it will let you know if your soil has deficiencies in nutrients or has certain nutrients in excessive amounts.

The results of your test will come back from the lab in the form of a report. Different labs have different report templates, but most of the reports will have three main elements: the amount of each nutrient, the lab’s opinion whether the amount is low or high and the lab’s fertilization recommendations.

Jeffry Hill

It is your job to interpret the results and figure out what they mean to you.

When a lab tests a soil it measures nutrients that are dissolved in soil water and are readily available to the plants and microorganisms. As you build organic matter and work on improving your living soil, most of the nutrients will migrate into the organic part of the soil. This means that lab report measurements will represent only a fraction of the nutrients that your soil actually contains. This is why your lab fertilizer suggestions will also be much higher than needed. However, if a report identifies a deficiency, it is most likely present in the living soil as well.

A full soil test report will contain information not only about soil properties, but also soil nutrients. Reports from certified laboratories usually show the actual percentages of clay, sand and silt. Organic matter is also reported as a percentage. If you are using the same lab over a number of years, this number will show you how well you are building the health of your soil, underlines Jeffry Hill.

 

Jeffry Hill – Feeding the Soil

Agriculture expert Jeffry Hill says that soil organisms that are present in the living soil are responsible for building a healthy soil. Therefore, feeding the living soil is one of the most important priorities for gardeners and farmers. When the living soil is being fed, it produces nutrients and water for plants and microorganisms and keeps diseases under control.

Jeffry Hill

Focusing on feeding the soil first allows farmers and gardeners to feed plans and microorganisms in a sustainable and lasting way. It also reduces the costs of supplemental fertilizers and decreases the amount of work.

Soil organisms feed on the same essential nutrients as plants do. The difference is that soil organisms don’t have access to atmosphere and can’t get their carbon from it. They get it from the organic matter.

Bacteria, fungi and other soil organisms are primarily made of nitrogen and carbon. This is why these two nutrients are the most important foods for the living soil.

Nitrogen is responsible for fast plant growth and the green color of leaves. However, too much nitrogen can cause its own problems. Plants that grow too fast can fall over because their stems won’t be able to support them. Such plants would also usually put too much energy into the leaves and not enough energy into the fruits and flowers.

Organic matter contains both nitrogen and carbon in significant amounts. They are everywhere: in kitchen scraps, dead leaves, plant residues, and even in human bodies. This is why organic matter is usually the best food for the soil ecosystem, notes Jeffry Hill.