Benefits and Drawbacks of Soil Testing Identified

 

Soil Test

In order to maximise crop production, protect the environment from runoff and excess fertiliser leaching, aid in the diagnosis of plant culture issues, improve the nutritional balance of the growing media, and save money and energy by using only the necessary amount of fertiliser, a soil test is important for a number of reasons. Analysis of pre-plant medium reveals probable nutritional deficits, pH imbalances, or an abundance of soluble salts. For gardeners that prepare their own media, this is very crucial. Managing crop nutrition and levels of soluble salts during the growing season requires the use of media testing. You must understand how to take a media sample for analysis or collection in order to utilize this tool properly. There are many benefits of this process in order to gain more profit. 

When Should I Conduct Soil Tests?

In general, you should do a soil test every three to five years, or more frequently if you apply manure or are trying to significantly alter the soil's pH or nutrients.

When should a soil test be performed?

To obtain more precise trends in the soil fertility, sample fields at the same time each year. When sampling grasslands and perennial crops, it is better to do so in the late summer. When sampling cropland and vegetable output, it is best to do so in the fall.

Five reasons to test your soil

1) Gain knowledge of soil conditions and how to enhance them

Fertile soils are necessary for healthy crops to thrive. To improve soil fertility, it must first be measured. The fertility of the soil is controlled by its physics, chemistry, and biology. The soil's structure, colour, and texture may all be seen. However, it is impossible to see the chemical composition of soil. The necessity to quantify this might be ascribed to the significance of soil sampling. To determine a soil's pH and nutrient content, soil tests are utilised. With this information, it is possible to calculate the specific type and dosage of fertiliser needed to improve soil fertility.

2) It is the first phase in controlling soil fertility

Utilizing the right soil fertility management strategy will allow farmers to increase their agricultural production while maximising the efficiency of nutrients and water use. Soil testing is the first step in managing soil fertility effectively. By utilising the data obtained from soil testing, you may improve the health of your soil.

3) Cut back on fertiliser purchases

You won't waste money on unneeded purchases if you are aware of the specific type and amount of fertiliser your soil and crops require. Additionally, there are finite sources of minerals like phosphorus and potassium as well as inorganic fertilisers in general. It is advisable to plan ahead because their costs have been increasing over time, and this trend is anticipated to continue.

What does a soil test provide?

1. Your soil's pH level. This will indicate whether lime needs to be applied.

2. The phosphorus and potassium levels in the plant. This will let you know if your phosphorus and potassium levels are enough or if you need to add fertiliser to achieve your crop's output objectives.

3. The soil's calcium and magnesium content.

4. The amount of soil organic matter, if desired.

5. If asked, the soil test report will provide the suggested nitrogen, phosphorus, and potassium to apply in pounds per acre (depending on the soil testing facility).

What Time of Day Is Best for Soil Analysis?

The ideal time of year to conduct analysis and the appropriate length of time to do so should also be taken into account. For annual crops, for instance, soil samples ought to be done following harvest. A farmer is given ample time to arrange fertilisation management as a result. On the other hand, the dormant period is the ideal time for a soil examination of perennial crops. The decision to invest in soil quality and a greater yield or not will ultimately determine how frequently a farmer analyses his soil.

Having a healthy, balanced soil is essential for getting higher yields. Farmers should therefore regularly take soil samples to check for any changes that might have an impact on crop yield. It’s recommended to perform a soil analysis every 3-4 years. However, it would be ideal to practise soil analysis as often as possible, especially when growing annual crops in a crop rotation in which case, it is recommended to take soil analysis after every third crop in the rotation.

How does the Kisaan Helpline benefit us and who is it for?

A data-driven technological platform called Kisaan Helpline was created with the intention of improving farming and farmers' intelligence. For 150 crops up to harvest, our research-based knowledge offers farmers better choices.

We provide the possibility for rural youngsters, individual farmers, and organisations to set up their very own micro lab for an evaluation of the soil's health.

Among the parameters we evaluated were -

• Organic molecule

• Available nitrogen (N)

• Available phosphorous (P)

• Available potassium (K)

• Available copper (Cu)

• Available manganese (Mn)

• Electrical conductivity

• Available zinc (Zn)

• Available sulphur (S)

• Available boron (B)

• Available iron (Fe)

• Lime Requirement Test for Acidic Soil Gypsum Requirement Test for Alkaline Soil pH

Final Thoughts

An essentially untapped genetic resource that has just recently begun to divulge its mysteries is represented by soil. Despite new ideas and technological advancements, it is frequently difficult to determine the full scope of soil microbial diversity. There are many reports of new species and genes coming from soil. The structure of the soil prevents easy access to the bacterial cells that live there, soil DNA extraction techniques are not completely effective, adsorption of cells and DNA onto soil components results in genetic information losses, and the DNA exploitation techniques currently in use primarily give access to populations that predominate in soil.

We really hope that this blog about soil testing has taught you something new, and if you'd like to learn more about similar subjects, feel free to get in touch with us at any time. The Kisaan Helpline is happy to assist you in any manner!

Find out how to utilize digital magazines for agricultural purposes

 

Magazines are a crucial source of information for staying up to speed on global events. They don't provide daily news updates as newspapers do.

These convey the message to us via text, images, and other media. A comparable function is also served by agriculture periodicals. They inform the readers about the most recent advancements in technology worldwide.

What is a magazine for agriculture?

The Agriculture Magazine is a peer-reviewed, open access, monthly publication that was started with the intention of disseminating knowledge on cutting-edge technologies and methods created in agriculture and its related industries.

In addition to agriculture, it also emphasises environmental issues because they are currently more pressing and require attention from agriculturalists. By publishing articles that address both present and future requirements, this journal provides a forum for researchers, scientists, students, forward-thinking and inventive farmers, as well as any other members of the scientific community, to contribute their creative ideas. The Agriculture Magazine also intends to give a variety of agro and agri-tech start-ups a forum to present their success stories, business concepts, and ambitions, therefore encouraging innovation among great minds across the globe.

The articles may come from a wide range of fields, including agronomy, soil science, horticulture, plant breeding, plant protection, agriculture extension, economics, forestry, seed technology, animal husbandry and dairy, fisheries, sericulture, irrigation science, agricultural engineering, veterinary, agri-business management, natural resource management, botany, home science, ecology, biochemistry, biotechnology, waste management, environmental sciences, community science and post-secondary education.

The significance of online magazines

- Accessibly simple

Once a person subscribes to a magazine, it is simple for them to get an email with the necessary login information. The reader can start downloading the required issues by doing this. You won't need to constantly look for the available issues if you subscribe to digital publications. You may quickly receive all notifications as soon as something new happens.

- You may interact with more people

One advantage of digital publication is the ability to reach readers across all demographics and geographic borders. This is crucial for preserving the loyalty and interests of customers.

- Rapid dissemination and publication

A publisher may quickly connect and interact with a target audience by using digital magazines. On the day of publication, many readers of digital publications read the magazine.

- Digital magazines minimise the revenue losses brought on by unsold stock

Software for digital periodicals may be simply sold without the requirement for additional logistical costs. Additionally, it protects one from the losses brought on by unsold copies.

- Publishers have the potential to squander their readers

A two-way conversation is required for consumer awareness. Publishers can readily learn how consumers interact with the magazine thanks to e-publishing technologies.

The renowned agriculture periodicals are:

Agri Mech

It is a monthly publication on agriculture mechanisation and one of the top publications in the field of agricultural technology. It is produced in India by RK MEDIA AND COMMUNICATIONS and distributed to influential agricultural professionals throughout the country in 15,000 hard copies and 350,000 online readers worldwide.

Indian Horticulture

It is a bimonthly English journal that is semi-technical.

It was established in 1956 to disseminate information on the newest methods of growing fruits, vegetables, and flowers. Fruit, vegetable, flower, gardening, landscaping, plantation crops, and the production of medicinal and aromatic plants are all covered.

Agriculture Today

Due to its extensive content and distinctive and eye-catching way of presenting essential information, Agriculture Today has maintained its success throughout the years. The magazine has developed into a highly significant and perfect medium for disseminating extensive information on the market and industry, economic and policy concerns, scientific developments, new agri-input products, new technologies, and the most recent news and analysis on agricultural developments.

Indian Farmer

In rural India, agriculture is the main industry. Transferring scientific technology and information to farmers and decision-makers has to be prioritised heavily. The Indian Farmer is a monthly publication that publishes research from all areas of agriculture, veterinary medicine, home science, and fisheries. Its ISSN number is 2394-1227.

Regarding Kisaan Helpline

Rural communities may increase the productivity and sustainability of their agricultural operations with the aid of Kisaan Helpline, one of India's top websites for agricultural service providers. We encourage farmers to become more included, connected, and informed. We provide you specialised knowledge that lasts from soil preparation, planting, and sowing to plant nutrition and protection. We are India's leading provider of agricultural services, aiding you in making decisions regarding your farm, improving performance, predicting upcoming occurrences, and responding more successfully as anticipated.

Kisaan Helpline provides a selection of agriculture digital e-magazines in a number of languages to assist farmers in learning more about farming.

To sum up

There is a lot of potential for improving agricultural lives with digital technologies. The government must reform the present norms to make Indian agriculture more market-oriented while still fostering favourable circumstances for technological innovation. Rural connectivity is essential for providing access to information and inexpensive data. Fair marketplace access will help farmers increase their profitability and help rural youth realise their full potential.

Kisaan Helpline would be pleased to answer any queries you may have as a devoted and dedicated digital platform to boost farmer livelihoods and enable sustainable agriculture.

The A-Z Guide to Franchising a Digital Mini Soil Testing Lab

 

It is common knowledge that soil testing is an ergonomically sound, advantageous, and ecologically sensitive technology used to monitor nutrient levels and make exact fertiliser recommendations for a variety of crops and cropping sequences while assuring no environmental harm. The amount of nutrients that are available to crops is determined via soil testing. Due to the awareness about this subject, many people have come up with a franchise of a digital mini soil testing lab.

The yield of a crop is significantly influenced by soil fertility. The maintenance of soil fertility and production in a specific area depends on the scientific and balanced use of fertilisers for varied soil fertility levels. The optimal demand for nutrients is created by the complementary actions of the soil and fertiliser. It was assumed that raising soil test results would result in a reduction in the amount of fertiliser required to get the best response.

Why test your soil, then?

• to obtain a prescription for fertiliser usage that is balanced.

• to verify the status of nutrients and alert to deficits.

• to determine the primary causes of subpar plant performance.

• to estimate the anticipated reaction to the fertiliser rate.

• to keep an eye on how the health of the soil is changing as land use and management change.

Who May Open a Soil Testing Service?

The ideal prospects for this business have backgrounds in chemistry, microbiology, agriculture, or biotechnology. If you're an agronomist, this firm is ideal for you.

Model for a Soil Testing Service

The business can be launched in one of two ways. One is a permanent soil testing facility. The mobile soil testing van is another example. You will test the soil that will be brought to your lab in the first choice. In the second choice, a van will be used to set up the laboratory. And you provide the service through a mobile platform. Writing a competent business plan for a soil testing firm is the first and most crucial step in beginning a business.

Testing of Soils as a Business

A demand for appropriate information for excellent soil health was created by the ongoing degradation of land conditions, imbalance in the use of chemical fertilisers, decrease in organic carbon, and expense of farmer difficulties.

Farmers' awareness of the need for healthy soil and their immediate desire for appropriate soil health certificates present a commercial opportunity. Additionally, it helps farmers increase agricultural productivity and total profit.

Advantages to Lab Owners

- Services for soil testing are in great demand.

- Across the nation, more soil testing labs are required.

- The proprietor of the facility makes a nice living from the soil testing lab.

- The proprietor of the lab is able to offer the farmers several more goods and services at his lab.

- Anyone can operate it with ease.

- Kisaan Lab provides the lab owner with full assistance and guidance for his business.

What is the Kisaan Helpline?

A dedicated full-stack data-driven technology platform for farmers called Kisaan Helpline seeks to improve farming and farmers' intelligence. Our research-based information provides farmers with improved options for 150 crops up to harvest.

We provide rural adolescents, individual farmers, and organisations the chance to set up their very own micro lab for a soil health assessment.

In order to enhance soil texture and provide better plant nutrition recommendations, we will install a small soil lab at the block level or the closest point to the farmer's reach. We will also advocate organic farming to preserve soil.

Digital Soil Testing Mini Lab at Kisaan Helpline

An advanced digital soil testing kit is the Kisaan Helpline Digital Soil Testing Mini Lab. It examines 14 different aspects of the soil, makes fertiliser dosage recommendations for 100 different crops, produces soil health cards, has a built-in battery backup of six hours, and can be powered by solar energy.

The Ministry of Agriculture of the Government of India has approved the usage of the Digital Soil Testing Mini Lab for the Soil Health Card programme.

Digital Soil Testing Mini Lab:

- Tests 14 parameters of soil

- Recommends fertiliser dose for 100 crops

- Prints Soil Testing Report with complimentary Thermal Printer

- Sends Soil Testing Report to Mobile via Bluetooth & Computer via USB

- Has 6-hours in-built battery back-up

- Can be charged via solar panel

- Complete test in short span of time

- Can be operated by anyone after free training

- Tests all parameters required under Soil Health Card mission

Parameters tested:

- Organic carbon (OC)

- Available nitrogen (N)

- Available phosphorus (P)

- Available potassium (K)

- Available copper (Cu)

- Available manganese (Mn)

- Electrical conductivity

- Available zinc (Zn)

- Available sulphur (S)

- Available boron (B)

- Available iron (Fe)

- Lime Requirement Test for Acidic Soil

- Gypsum Requirement Test for Alkaline Soil

- pH

There are the following services offered:

- A quality assessment of irrigation water.

- Macro- and micronutrient testing on plants and soil.

- A comprehensive nutritional analysis of manure for study only.

- Analysis of soil and plant samples for heavy metals and other pollutants.

- Tips on how to use fertilisers sparingly.

- A suggestion for dealing with troublesome soils.

We really hope that this post about soil testing labs has taught you something new, and if you'd like to learn more about these subjects, feel free to get in touch with us at any time. The Kisaan Helpline is happy to assist you in any manner!

How does composting contribute towards the concept of recycling?

 

Almost everywhere on the globe, the amount of solid trash created has expanded enormously in recent decades. This rise is mostly ascribed to and connected with population growth. However, contemporary lives and standards have accelerated trash creation as a result of economic development and the related increase in urbanisation. This rise in waste creation has put strain on, if not disrupted, the many components of the environmental system. As a result, the implementation of an appropriate and environmentally friendly solid waste management strategy is recognised as an urgent need around the world, with reuse and recycling of these wastes categorised as the most preferable approaches in integrated solid waste management systems within the framework of a circular economy. In this blog we are going to cover how composting contributes towards the concept of recycling.

What is composting?

Composting is the natural process of converting organic matter, such as leaves and food scraps, into a beneficial fertiliser that may be used to improve soil and plants. Composting simply accelerates the decomposition process by creating an optimal habitat for bacteria, fungus, and other decomposing organisms (such as worms, sowbugs, and nematodes) to perform their work. Compost is the decomposed stuff that results, which frequently looks like fertile garden soil. Compost, often known as "black gold" by farmers, is high in nutrients and may be used in gardening, horticulture, and agriculture.

Organic waste can be treated in industrial-scale composting plants, community composting systems, and anaerobic digesters, among other places.

The Benefits of Composting

1) Composting helps the environment by reducing waste

Composting is an excellent way to recycle organic waste at home. Food leftovers and yard garbage account for more than a quarter of all waste. Not only is food waste bad for the environment, but it's also expensive to handle. In 2019, the average cost of landfilling municipal solid waste in the United States was roughly $55 per tonne. With over 267 million tonnes of municipal trash generated in 2017 and two-thirds of that sent to landfills and incinerators, the United States spent billions of dollars on waste management. Composting at home helps us to redirect part of that trash away from landfills and transform it into something useful.

2) Lowers methane emissions from landfills

When organic matter decomposes, it often proceeds through aerobic decomposition, which means it is broken down by microbes that require oxygen. When biodegradable garbage is disposed of in a landfill, it is buried beneath large volumes of other rubbish, cutting off the decomposers' normal source of oxygen. The trash is subsequently broken down by organisms that can exist without free-flowing oxygen during anaerobic decomposition. Biogas is produced as a by-product of anaerobic degradation. This biogas is about half methane and half carbon dioxide, both of which are significant greenhouse gases, with methane being 28 to 36 times more efficient than CO2 over a century at trapping heat in the atmosphere.

3) enhances soil health and reduces erosion

Compost is a critical tool for enhancing large-scale agricultural systems. Compost contains three essential elements that garden vegetables require: nitrogen, phosphorus, and potassium. It also contains trace amounts of other vital elements such as calcium, magnesium, iron, and zinc. Composting provides an organic alternative to synthetic fertilisers that contain toxic chemicals. Compost has been demonstrated in studies to improve soil water retention capacity, productivity, and resilience.

4) Conservation of water

Agriculture consumes a significant amount of water in the United States, accounting for over 80% of total water use. Irrigation systems are successful, but they are costly and time-consuming to operate for farmers. Furthermore, water is becoming increasingly difficult to get throughout the country.

What role does compost play? According to research, the addition of organic matter increases the water-retaining capacity of soil. In fact, every 1% increase in soil organic matter allows the soil to store 20,000 gallons more water per acre. Farmers that use compost to promote healthy soil use less water while still producing larger yields than those who cultivate on deteriorated soil.

5) Less personal food waste

Consumers are to blame for a shocking quantity of food waste. A typical American household of four wastes around $150 in food each month, a 50% rise since the 1970s. The greatest approach to reducing the effects of food waste is to prevent it from happening in the first place. Therefore, NRDC educates people on how to shop for, prepare, and store food to minimise waste through its Save the Food campaign and other resources. Even if we do everything we can to reduce food waste, there will always be food leftovers that cannot be consumed (e.g., a banana peel). Composting is an excellent technique to recycle waste rather than throw it away.

Types of composting:

1) Compost Container

The easiest and cheapest approach for small-scale, at-home composting is to use a bin. A closed compost bin is an enclosed container that keeps composting materials together while also retaining heat and moisture. Closed bins often have an open bottom and are placed directly on a piece of soil. The open bottom allows nutrients from the forming compost to enter the soil directly.

2) Trench Composting

Another method of home composting is to bury your organic waste in the soil. Trench composting can assist neighbouring plants in developing water-saving root systems. Furthermore, because all garbage is buried underground, it is odourless and undetectable. Trench composting is less complicated than composting in a pile: simply dig a trench, fill it with organic waste, and cover it with dirt.

3) Vermicomposting

If your outdoor space is restricted, vermicomposting, often known as worm composting, is an excellent indoor option (it can be done outdoors as well). You may do it all year in a basement, garage, or even beneath your kitchen sink. In three to six months, vermicomposting creates natural, odourless castings that are a nutrient-rich fertiliser. The only important time investment is harvesting the vermicompost every several months, which requires relatively little upkeep.

Conclusion

Kisaan Trade provides you with different types of compost. Kisan Trade is a contemporary instrument that all agricultural producers and individuals may use. We offer a comprehensive range of agricultural goods and services to meet a wide range of demands. Agricultural equipment and machinery, various types of seeds and fertilisers, irrigation-related equipment and tools, animal feed and dairy products, flowers and plants, crop commodities, and organic foods are among our offerings.

When it comes to fertilisers and compost, we have a vast selection. Some of the fertilisers we supplied

1) Composting Culture: Composting culture is a cutting-edge, effective combination of bacteria that decomposes agricultural leftovers and converts them into valuable compost manure in a short period of time. One kilogramme of composting culture may produce compost manure equivalent to one tractor trolley of agricultural waste. 

2) Apna Khad Phosphate Rich Organic Manure (PROM): Apna Khad PROM is a biofertilizer that may be used instead of diammonium phosphate and single super phosphate. Phosphate-rich organic manure is made by co-composting extremely fine (80% finer than 54 microns) high-grade (32% P2O5 +/-2%) rock phosphate. 

3) Azotobactor bacterial manure: Azotobactor bacterial manure is a powdered combination of extremely competent bacteria. Following germination, these bacteria become bi-conjugated and make nitrogen accessible to the plant by converting air nitrogen while residing on the surface of the plant's root. 

4) Rhizobium-Nafed rhizobium mostly fulfills plant nitrogen requirements while existing in symbiotic relationships with all pulses and certain oilseed crops.

Kisaan Trade is here to supply these items. If you have any questions about this topic, please contact us; we would be happy to assist you in any way we can.

Compost vs. Fertilizer: The Difference Explained

 

Beginning gardeners sometimes mix up the phrases "compost" and "fertiliser." This is understandable given the overlap between the two. More importantly, this ambiguity might lead to doubts about whether to use compost or fertiliser in a given setting. To explain the difference, we'll take a bird's-eye view of the many forms of fertiliser, which is a difficult issue in and of itself. Compost is a much more complicated issue since it performs a variety of roles. This blog from Kisaan Trade will help you gain a basic grasp of how fertiliser and compost vary, as well as when to use fertiliser and when to use compost.

What is compost?

Compost, at its most basic, is degraded organic matter. However, many different types of organic matter are constantly decaying in various areas. When we use the term "compost," we typically mean organic materials that have decomposed in a compost pile (often contained in a bin or tumbler). Many gardeners keep a pile like this in their backyards to generate their own compost. One distinction between compost and fertiliser is as follows: While it is possible to buy compost, you may also save money by generating it yourself. Fertilizer, on the other hand, is often purchased.

Compost is one of several soil amendments that change the soil's physical or chemical qualities. Other soil additives include lime, manure, leaf mould, ground bark, fertilisers, water retention agents, clay, gypsum, and others.

Bacteria eventually find their way into your pile. They aid in the heating process, which breaks down (decomposes) the organic materials. To the untrained eye, the resulting product seems to be dirt, although it is significantly more valuable than ordinary soil.

The following are the benefits of utilising compost:

• It is beneficial to the entire soil.

• It maintains the natural health of the soil and promotes the formation of beneficial bacteria.

• It provides adequate and nutritious nutrients to the soil.

• Aids in the retention of moisture in the soil.

• It promotes optimum plant growth.

• Aids the soil's disease resistance.

• It aids in the management and limitation of weeds.

• It directly feeds the soil.

• Compost is significantly cheaper and more ecologically friendly than fertiliser since it can be made at home.

The following are the downsides of using compost:

• When using compost, be certain that none of your garden plants contain soil-borne diseases.

• Compost takes longer to have an impact on the soil.

• Composting may be a time-consuming procedure.

• Composting takes more physical work than most fertilisers.

• Compost spreads can be stinky since they are created from rotting organic materials.

• Compost requires extra storage and processing space.

 

What is fertiliser?

Fertilizer provides nutrients to your plants. A fertiliser is classified as either chemical or organic.

A chemical fertiliser is a man-made substance. When you buy one of those giant lawn fertiliser bags at a home improvement store, you're most likely receiving this sort of fertiliser. It's carefully crafted to guarantee that specific nutrients are accessible in specific amounts (this is where NPK ratios come in). That is excellent news. The bad news is that if these items are misused inappropriately, they might be hazardous. Too much chemical fertiliser will burn your plants, and different types of fertiliser are required by different plants. A nitrogen-rich fertiliser, for example, can provide your tomato plants with lots of healthy green foliage, but too much nitrogen and not enough phosphorus may result in fewer tomatoes.

A natural product is organic fertiliser. While they must still be used with caution, they are often safer than chemical fertilisers.

The following are the benefits of applying fertiliser in the garden:

• Accelerates plant growth.

• It enriches the soil with nutrients and promotes plant development.

• Aids in the elimination of certain soil deficiencies.

• It satisfies the unique requirements of a diverse variety of plants.

• It contains macro-and micronutrients.

• Nitrogen, phosphorus, potassium, and magnesium are all necessary elements for all soils.

The following are the drawbacks of utilising fertiliser:

• When utilising fertiliser, there is a risk of nutrient overloading the soil.

• Can result in significant contamination of the environment.

• Can contaminate groundwater.

• Certain fertilisers can disrupt the soil's symbiotic interaction with bacteria.

• Fertilizers can disrupt the soil's microbial equilibrium.

• Certain fertilisers are hazardous to both the environment and the human body.

• Fertilizers can be more expensive to use than compost, which is frequently formed from food waste, discarded leaves, and kitchen scraps.

Common traits between fertiliser and compost:

When utilised correctly, compost and fertiliser may function extremely effectively together. Compost's organic matter absorbs nutrients from fertiliser and stores them until plants want them. Compost also contains several nutrients that plants require in minute levels, such as boron. You can apply fertiliser without utilising compost, but why pass up an opportunity to improve soil fertility and moisture retention? Soil that is routinely altered with compost becomes rich, dark, and crumbly, requiring far less fertiliser than soil that has not been treated with compost on a regular basis.

The difference between fertiliser and compost:

The simplest distinction between compost and fertiliser is that compost nourishes the soil, whereas fertiliser feeds the plants. Fertilizer increases the nutritional levels in the soil. However, instead of feeding the soil food web, fertiliser components are designed to meet the demands of fast-growing plants. The amount of compost gardeners are instructed to add to the soil is sometimes fairly generic, and fertiliser application rates depend on plant demands. Organic fertilisers perform just as well as conventional fertilisers for vegetables, but organic fertilisers have been demonstrated to be more effective in balancing the soil food web. Chemical fertiliser can also be used to feed composting, but repeated usage may disrupt the chemistry of your soil and discourage beneficial insects and bacteria.

Kisaan Trade - About Us

Kisaan Trade is a modern tool available to all agricultural farmers and individuals. We provide a wide range of products and services to fulfil a wide range of agricultural needs. Among our products are agricultural equipment and machinery, various types of seeds and fertilisers, irrigation-related equipment and tools, animal feed and dairy products, flowers and plants, crop commodities, and organic foods.

We provide a wide range when it comes to fertilisers and compost. Some of the fertilisers provided by us

1) Composting Culture: Composting culture is a cutting-edge effective combination of bacteria that decomposes agricultural leftovers and converts them into valuable compost manure in a short period of time. One kilogramme of composting culture may produce compost manure equivalent to one tractor trolley of agricultural waste.

2) Apna Khad Phosphate Rich Organic Manure (PROM): Apna Khad PROM is a biofertilizer that may be used instead of diammonium phosphate and single super phosphate. Phosphate-rich organic manure is made by co-composting extremely fine (80% finer than 54 microns) high-grade (32% P2O5 +/-2%) rock phosphate.

3) Azotobactor bacterial manure: Azotobactor bacterial manure is a powdered combination of extremely competent bacteria. Following germination, these bacteria become bi-conjugated and make nitrogen accessible to the plant by converting air nitrogen while residing on the surface of the plant's root.

4) Rhizobium: Nafed rhizobium mostly fulfills plant nitrogen requirements while existing in symbiotic relationships with all pulses and certain oilseed crops. They proceed to the roots after germination to sterilise tiny lumps and transform air nitrogen into nitrate, which they then supply to plants. Use just the Nafed Rhizobium that has been prescribed for each crop.

5) Phosphate Solubilizing Bacteria: Phosphorus is the plant's second most important nutrient. It plays an important function in crop production. NAFED PSB is a well-balanced blend of phosphorus-soluble bacteria. NAFED PSB transforms insoluble phosphorus in the soil into a soluble form that plants may easily utilise during seed treatment or land treatment.

We provide two kinds of compost:

1) City Compost

2) Vermicompost

1) City Compost: City Compost is a one-of-a-kind bio-organic soil enricher made from biodegradable organic compounds, mostly of plant origin, through a controlled accelerated microbial composting process. It does not contain any hazardous bacteria or insect eggs, weed seeds, or plant illnesses.

2) Vermicompost: In a vermicomposting system, earthworms and bacteria play critical roles in the breakdown of organic materials. Many environmental factors influence vermicomposting as a biological reaction system, including water content, moisture, pH, organic matter, temperature, carbon to nitrogen ratio, ammonia, and so on.

To obtain any of our products, contact us right away.