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Janatha Carbon Maxx- Soil additive for Good Crop health for major crops

By
yamini
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0
Carbon Maxx

Carbon Maxx is a marine-based plant nutrient enriched with high levels of dissolved protein hydrolysates, amino acids, essential minerals, organic carbon, and micronutrients. It nourishes plants without causing burn, enhances soil structure, and boosts nutrient uptake. Carbon Max supports rapid plant growth, healthy foliage, and strong root development. It increases soil microbial activity, promotes chlorophyll, sugar, and amino acid production, and improves yield and quality. It also enriches the soil with nutrients and provides food for earthworms and other microorganisms, which enhances the soil’s structure and nutrient uptake.

Coconut Palm

Coconut plant (Cocos nucifera) is a vital tropical crop known for its tall, slender trunk and crown of long, green leaves. Originating from the Indo-Malaya region, it produces coconuts with edible flesh, coconut water, and oil-rich copra. Thriving in warm, coastal climates, coconuts are essential for their nutritional, economic, and cultural significance. They are integral to many cultures and industries worldwide. 

Major Growth Stages of Coconut palm 

  1. Vegetative stage 
  2. Reproductive stage  
  3. Nut formation stage 

Crop Management with Carbon Maxx at various stages of Coconut palm

  1. Vegetative stage

During the vegetative growth stage, the coconut plant focuses on developing its structural components, such as leaves, stems, and roots. This stage begins after the sapling phase and can last for several years. The trunk thickens, and the crown of the tree expands as new fronds emerge. The plant directs its energy towards growing taller and stronger, rather than producing flowers or fruits. Adequate water, nutrients, and sunlight are crucial during this period to support robust growth and prepare the plant for the subsequent reproductive stage. 

2. Reproductive stage 

The reproductive stage in coconut plants begins when they start flowering, typically around 5 to 7 years after planting for tall varieties, and 3 to 4 years for dwarf varieties. During this stage, the plant produces both male and female flowers in the same inflorescence. Pollination occurs primarily through wind and insects, leading to the development of coconuts. Once pollinated, the female flowers develop into mature coconuts over a period of about 11-12 months. Proper care, including adequate water and nutrient supply, is crucial during this stage to ensure healthy fruit development and maximize yield. 

3. Nut formation stage 

The nut formation stage in coconut plants begins after successful pollination of the female flowers. Initially, the young coconuts start to grow in size, with the cavity inside the nut differentiating and filling with coconut water by the second month. By the seventh month, the cavity reaches its maximum size, and a thin layer of raw kernel starts to form. As the nuts continue to mature, the kernel thickens and hardens, while the amount of coconut water decreases. This stage is crucial for the development of high-quality coconuts, requiring adequate water and nutrient supply to ensure optimal growth and maturation

Product usage in Coconut palm

  • Promotes healthy foliage and leaf canopy development: Encourages robust growth of leaves and overall plant structure. 
  • Promotes development of chlorophyll, sugars, and amino acids: Enhances photosynthesis and overall plant health, increasing yield and quality. 
  • Increases soil microbial activities and boosts the biological processes in the soil. 
  • Improves soil structure, loosens soil for easier root penetration and helps with water retention. 
  • Boosts nutrients in the soil: Restores biological balance, ensuring plants have access to essential nutrients. 
  • Improves inflorescence and nut formation: Enhances nut setting, leading to higher yields of superior quality coconuts. 
  • Application: Use Janatha Carbon Maxx at 1 liter per acre of water or 1-2 liters per acre for drip irrigation. Frequent application throughout the cropping cycle is recommended for optimal results. 
  • Frequent application throughout the cropping cycle is recommended for optimal results.

Banana Crop 

In the heart of Southeast Asia, the story of the banana (Musa spp.) begins. These vibrant fruits, journeying through centuries, found new homes across the globe, including the Americas in the 1500s. Banana plants are truly nature’s marvels, thriving in diverse climates. Nutritional powerhouses, they are packed with energy, fiber, potassium, and vitamins B6 and C. Whether enjoyed as sweet, creamy dessert bananas or hearty, versatile plantains, they are a dietary staple worldwide. Effective nutrient management is crucial for optimal growth, and tailored fertilization strategies, such as using Janatha Carbon Maxx, can significantly enhance crop development and yield.  

Major Growth Stages of banana crop 

  1. Vegetative stage 
  2. Flowering stage 
  3. Fruit development Stage

Crop Management with Carbon Maxx at various stages of Banana 

  1. Vegetative stage

Vegetative stage of a banana plant is crucial for its growth and productivity, lasting about six months. During this phase, the plant focuses on producing large, broad leaves and establishing a strong root system. Adequate water and nutrient supply are essential to support this rapid growth. Proper care during this stage, including tailored fertilization strategies, sets the foundation for successful flowering and fruiting later on.

2. Flowering Stage 

Flowering stage of a banana plant begins around 9 to 15 months of age and marks the transition from vegetative growth to reproductive growth. The inflorescence emerges from the pseudostem, with female flowers at the top developing into bananas and male flowers below. This stage can last several months. Proper nutrient management is crucial for healthy flower and fruit development.

3. Fruit stage Stage 

The fruit stage of a banana plant begins after flowering and typically lasts about 2 to 3 months. During this period, the bananas develop and mature, growing in large bunches called hands, with each hand containing up to 20 bananas. Proper nutrient management is crucial to ensure healthy fruit development and maximize yield. Once the bananas reach maturity, they are harvested while still green and allowed to ripen off the plant. The time it takes to harvest a banana plant depends on the variety and growing conditions, but it’s usually between nine and 12 months. 

Product usage in Banana crop 

  • Carbon Max is essential for banana crop nutrient management, supporting rapid plant growth and healthy development of foliage and fruit. 
  • It promotes strong root development and increases soil microbial activities, enhancing soil structure and water retention.  
  • By boosting chlorophyll, sugars, and amino acids, it improves yield and quality.  
  • Carbon Max also loosens soil for easier root penetration and restores biological balance, ensuring optimal nutrient uptake.  
  • Apply 1-2 liters per acre via drip or flood irrigation, Frequent application is recommended. 
  • Carbon Max is suitable for all types of crops, including plantation, fruit, and flower crops.

Arecanut Palm

The arecanut palm, also known as betel nut palm, is a significant tropical crop valued for its seeds, widely chewed in many cultures. Originating from Southeast Asia, it thrives in warm, humid climates and is integral to the agricultural economies of regions like India, particularly in Karnataka, Kerala, and Assam. Effective nutrient management is crucial for its growth and development. This ensures healthy development, higher yields, and sustainable cultivation practices. 

Major Growth Stages of Arecanut Palm 

  1. Vegetative stage 
  2. Reproductive stage 
  3. Nut formation stage

Crop Management with Carbon Maxx at various stages of Banana 

  1. Vegetative stage 

Vegetative stage of the arecanut palm is crucial for its growth and productivity. This phase begins after the seedling stage and can last several years. During this period, the plant focuses on developing its structural components, such as leaves, stems, and roots. The trunk thickens, and the crown expands as new fronds emerge. Adequate water, nutrients, and sunlight are essential to support robust growth. Proper care, including regular irrigation and fertilization, sets the foundation for the plant’s subsequent reproductive and nut formation stages.

2. Reproductive Stage

Reproductive stage of the arecanut palm begins when the plant starts flowering, typically around 4 to 6 years after planting. During this stage, the palm produces both male and female flowers in the same inflorescence. Pollination, primarily facilitated by wind and insects, leads to the development of arecanut seeds. This stage is crucial for fruit set and nut formation, which can take several months to mature. Proper nutrient management is essential to support healthy flower and nut development, ensuring high yields and quality nuts.

3. Nut Formation Stage 

Nut formation stage in the arecanut palm begins after successful pollination of the female flowers. Initially, the young nuts start to grow in size, with the kernel developing inside. This stage involves a rapid increase in size during the first phase, followed by volume and dry matter accumulation in the kernel during the second phase. The embryo becomes macroscopic and develops rapidly. This stage is crucial for producing high-quality nuts, requiring nutrient supply to ensure optimal growth and maturation. Proper care and management during this period are essential to maximize yield and quality.

Product usage in Arecanut 

  • Carbon Max is essential for arecanut crop nutrient management, supporting rapid plant growth and healthy development of foliage and nuts.  
  • It promotes strong root development and increases soil microbial activities, enhancing soil structure and water retention. By boosting chlorophyll, sugars, and amino acids, it improves yield and quality. 
  • Carbon Max also loosens soil for easier root penetration and restores biological balance, ensuring optimal nutrient uptake.  
  • Apply 1-2 liters per acre via drip or flood irrigation. Frequent application is recommended.

Conclusion 

Power of Janatha Carbon Maxx to transform your coconut, banana, and arecanut palms into thriving, productive wonders. This nutrient-packed marvel fuels robust vegetative growth, boosts inflorescence and nut formation, and enriches soil structure and microbial life. Bountiful harvests of superior quality crops. Consistent use of Carbon Maxx is your secret to unlocking the full potential of your plants, ensuring they flourish at every stage of growth. 

Harvesting Success: Elevate Your Potato and Watermelon Crop with Micromaxx

By
yamini
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0
Micro Maxx

Micromaxx is an advanced blend of amino acid chelates that provides essential micronutrients like Zinc, Iron, Manganese, and Boron, ensuring they are easily accessible to plants. This formulation promotes balanced growth, increased productivity, and superior crop quality by preventing premature flower and fruit drop.   

This versatile product is suitable for a wide range of crops, making it an excellent choice for sustainable agriculture. It effectively addresses micronutrient deficiencies, which are often a limiting factor in achieving optimal plant health and yield. The balanced micronutrient formula of Micro Maxx supports robust plant growth, making it an indispensable component of any comprehensive plant nutrition program.

Potato Crop

Potatoes, known scientifically as Solanum tuberosum, are a staple food crop that originated in the Andes mountains of South America. They rank among the world’s most important food crops, alongside rice and wheat. Potatoes are incredibly versatile in the kitchen, featuring in dishes from mashed potatoes to fries. Nutrient-rich, they provide essential vitamins such as vitamin C, potassium, and fiber. With over 100 varieties, potatoes can be cultivated in a wide range of soil types and climates, making them a valuable crop for farmers globally. Using Micro Maxx, you can achieve healthier and more productive potato crops. 

Major growth stages of potato 

  1. Vegetative stage 
  2. Flowering stage 
  3. Maturity stage 

Crop Management with Micromaxx at various stages of Potato  

  1. Vegetative stage

During the vegetative growth stage, the potato plant focuses on producing leaves, chlorophyll concentration, photosynthesis  and stem development, which lasts about 20-25 days. The plant’s stems elongate, and lush leaves emerge, contributing to its overall size. The taproot anchors the plant up to 3 feet deep, while shallow roots in the top 8 to 12 inches absorb essential nutrients. Adequate water and well-drained soil are crucial for root health. 

Product usage

  • Micromaxx supplies essential nutrients that are vital for plant growth and crop development during this stage.  
  • It increases chlorophyll concentration, improving photosynthesis and promoting overall plant growth and development. 
  • For foliar spray, use Amino Maxx at 1 gm/L of water or 200 gm/Acre. For drip irrigation, apply 500 gm/Acre. This ensures the potato plants receive the necessary nutrients for optimal growth and productivity. 

2. Flowering stage 

The flowering stage in potato crops occurs about 8 to 10 weeks after planting, with flowers in various colors like white, pink, red, blue, or purple. These flowers indicate a healthy, mature plant focusing on reproduction. While not essential for tuber production, flowering shows good plant health. Proper care, including adequate water and nutrients, is crucial during this stage for optimal tuber development. 

Product usage 

  • Janatha Micromaxx promotes increased flowering and better tuber development. 
  • Prevents premature dropping of flowers. 
  • Using  Micromaxx at this stage results in higher yields of superior quality potatoes. 
  • Application: For foliar spray, use 1 gram per liter of water or 200 grams per acre. For drip irrigation, apply 500 grams per acre.  

3. Maturity stage 

The maturity stage in potato crops is when tubers are fully developed, and plant growth slows down. This stage is marked by the yellowing and wilting of leaves and stems, typically occurring about two weeks after flowering. Potato skins thicken and firm up, making them ready for harvesting and storage. Proper application of nutrients ensures the best quality and storability of the potatoes.

Product usage

  • Application of Micromaxx during the maturity stage improves the Tuber development and leads to higher yields of superior quality. 
  • Enhances the quality and shelf life of the potato. 
  • Use  Micromaxx at 1 gram per liter of water or 200 grams per acre for foliar spray, and 500 grams per acre for drip irrigation. 
  • Frequent application throughout the cropping cycle is recommended for optimal results.

Watermelon Crop

Watermelon (Citrullus lanatus) is a popular fruit known for its sweet, juicy flesh and high water content, making it a refreshing treat in hot climates. Originating from Africa, it has been cultivated for thousands of years and is now grown worldwide. Watermelons thrive in warm, sunny conditions and well-drained soils. With over 1,000 varieties, they come in various sizes, shapes, and colors, including seedless types. Rich in vitamins, minerals, and antioxidants, watermelons are both delicious and nutritious. Application of  Micromaxx can ensure successful watermelon harvest with increased quality and yield of fruits.    

Major growth stages of Watermelon

  1. Vegetative stage 
  2. Flowering stage 
  3. Fruit development stage

Crop Management with Micromaxx at various stages of watermelon

  1. Vegetative stage 

During the vegetative development stage, watermelon plants focus on growing leaves, stems, and vines. This stage begins once the first true leaves appear and lasts about two months. The vines spread out to maximize sunlight absorption for photosynthesis. Proper spacing and support are crucial to accommodate the extensive vine growth. Adequate water and nutrients are essential for robust plant health and preparation for flowering and fruit development. 

Product usage 

  • Micromaxx promotes vigorous vine and leaf development, photosynthesis,  essential for a healthy plant structure. 
  • Enhances the plant’s ability to produce more flowers and fruits by supporting robust vegetative growth. 
  • Application: Use  Micromaxx at 1 gram per liter of water or 200 grams per acre for foliar spray, and 500 grams per acre for drip irrigation. 

2. Flowering stage 

Around 60 days after planting, watermelon plants produce their first yellow flowers, which grow on short stalks from the tendrils. During this stage, both male and female flowers appear, which are essential for pollination. Female flowers, identifiable by a small bulb at the base, will develop into watermelons after successful pollination. Adequate water and nutrients are crucial for healthy flower and fruit formation. 

Product usage 

  • Application of Micromaxx prevents premature dropping of flowers: Ensures that flowers remain on the plant longer, increasing the chances of successful pollination and fruit set. 
  • Enhances the development of flowers into fruits, leading to a higher number of watermelons. 
  • Application: Use  Micromaxx at 1 gram per liter of water or 200 grams per acre for foliar spray, and 500 grams per acre for drip irrigation. 

3. Fruit development stage 

Female flowers appear about 10 days after the first male flowers, and the female flower’s stigma collects pollen from the male flowers. A new fruit begins to grow, and the watermelon is fully grown after about a month. 

Product usage 

  • Application of Micromaxx ensures that developing fruits remain on the plant until they reach maturity, reducing losses. 
  • Micromaxx enhances the nutritional content and structural integrity of watermelons, making them more durable and longer lasting, and ensures they reach their full potential in size, sweetness, and overall quality. 
  • It results in superior watermelons that are more appealing to consumers and better suited for market demands. 
  • Application: Use Janatha Micromaxx at 1 gram per liter of water or 200 grams per acre for foliar spray, and 500 grams per acre for drip irrigation.     

Conclusion 

Using Micromaxx throughout the various growth stages of both potato and watermelon crops ensures optimal plant health and productivity. By providing essential nutrients, it enhances chlorophyll concentration, improves photosynthesis, and promotes better flowering and fruit development. This results in higher yields of superior quality produce with improved shelf life. Consistent application of Micromaxx is key to achieving the best results in both potato and watermelon cultivation. 

Janatha Micromaxx: Comprehensive Crop Management for Maize and Paddy

By
yamini
-
0
Micro Maxx

Micro Maxx is a specialized amino acid chelate blend providing essential micronutrients like Zinc, Iron, Manganese, and Boron. This unique formulation ensures that these vital nutrients are easily available to plants, promoting balanced growth, improved productivity, and enhanced crop quality. By preventing premature flower and fruit drop, it ensures high-quality produce. Suitable for various crops, Micromax is an excellent choice for sustainable agriculture, addressing micronutrient deficiencies effectively. This balanced micronutrient formula ensures optimal plant growth, making it an essential addition to any plant nutrition regimen.

Maize crop

Maize (Zea mays L.), the world’s most popular crop, is a cereal grain that was originally domesticated in Central America and is now cultivated extensively across the globe. Known for its remarkable adaptability, maize can thrive in a wide range of environments, making it one of the most versatile crops. Often referred to as the “queen of cereals” due to its high genetic yield potential, maize requires a consistent and adequate nutritional supply throughout its growth cycle to achieve optimal yields.

Major stages of maize crop growth

  1. Vegetative stage 
  2. Flowering stage
  3. Maturity & Cob development stage 

Crop management with Janatha Micromaxx at various stages of Maize

  1. Vegetative stages

The vegetative stage of maize is a critical period focused on the growth of leaves, stems, and roots. It begins with the emergence of the seedling and progresses through plant growth, where the plant rapidly develops its foliage and root system. This phase culminates in the formation of the tassel, marking the transition to the reproductive stage. Proper management during this time, including adequate water, nutrients, and pest control, is essential to ensure a healthy crop and maximize yield potential.

Product usage

  • Micro Maxx is a specialized amino acid chelate blend providing essential micronutrients like Zinc, Iron, Manganese, and Boron, crucial for healthy plant growth during the vegetative stage. 
  • This easily absorbed formula ensures efficient nutrient uptake, promoting lush green leaves, and robust shoot and root development.
  • Recommended dosage for foliar spray is 1 gram per liter or 200 grams per acre and for drip application, use 500 grams per acre. Frequent applications throughout the cropping cycle are advised for optimal results.

2. Flowering stage

The flowering stage in maize, also known as the reproductive stage, is marked by the development of tassels (male flowers) at the top of the plant and silks (female flowers) emerging from the ears. This stage is crucial for pollination, where pollen from the tassels fertilizes the silks, leading to kernel formation. Proper crop management during this period, including adequate water and nutrient supply, is essential to ensure successful pollination and maximize yield potential.

Product usage

  • Micromaxx helps prevent the premature dropping of flowers, ensuring that your plants retain their blossoms until they are fully developed. By maintaining the health and stability of your plants.
  • It supports the production of high-quality produce. This optimal approach to plant care not only enhances yield but also improves the overall quality of your harvest.
  • Application of Micromaxx during this stage can reduce the biotic and abiotic stress.
  • The recommended dosage for foliar spray is 1 gram per liter or 200 grams per acre, while for drip application, it should be 500 grams per acre.

3. Maturity & Cob development stage

Maturity and cob development stage in maize involves several key phases. Initially, the plant undergoes rapid stem elongation and nodal root formation, determining the potential number of grains per cob row. As the plant enters the reproductive phase, silk formation occurs, followed by the blister stage where kernels are small and watery. Physiological maturity is reached when kernels attain maximum dry weight and a black layer forms at the kernel’s attachment point, approximately 45-50 days after silking. Finally, in dent corn varieties, kernels develop a dent and a milk line appears, indicating the progression towards full maturity

Product usage

  • Application of Micromaxx during this stage can increase the cob development and improves their overall quality, including taste, texture, and nutritional value.
  • By applying the Micromaxx, you can achieve superior quality produce that meets high standards.
  • The recommended dosage for foliar spray is 1 gram per liter or 200 grams per acre, while for drip application, it should be 500 grams per acre.

Paddy Crop

Paddy, or rice (Oryza sativa), is one of the most important staple crops globally, providing a primary food source for over half of the world’s population. Cultivated extensively in tropical and subtropical regions, paddy thrives in flooded fields, known as paddies, which help control weeds and pests while ensuring adequate water supply. The crop’s growth cycle includes several stages. Each stage requires nutrient supply to optimize growth and yield. Proper nutrient application is crucial for achieving high productivity, improving grain quality, and ensuring sustainable farming practices.

Major stages of maize crop growth

  1. Vegetative stage
  2. Flowering stage / Panicle initiation stage
  3. Maturity stage

Crop management with Janatha Micromaxx at various stages of Paddy

  1. Vegetative stage

During the vegetative growth stage, the paddy plant concentrates its energy on producing leaves and tillers, which are crucial for the later development of flowers and panicles. This stage, lasting about 20-30 days, is marked by rapid growth and leaf production.

Product Usage

  • Micromaxx provides crucial micronutrients like Zinc, Iron, Manganese, and Boron, vital for healthy plant growth during the vegetative stage of paddy crop.
  • Efficient Nutrient Uptake: The easily absorbed formula ensures efficient nutrient uptake, promoting lush green leaves and robust shoot and root development.
  • For foliar spray, use 1 gram per liter or 200 grams per acre. 

2. Flowering stage / Panicle initiation stage

Flowering stage in paddy is crucial for the plant as it focuses on producing flowers and panicles, which are essential for grain formation. During this period, panicles emerge from the top of the plant, and pollination occurs, leading to grain development. Adequate nutrient and water management is vital during this stage to support these energy-intensive processes, ensuring successful pollination and maximizing yield potential. Proper care during the flowering stage is key to achieving a high-quality and abundant harvest.

Product Usage

  • Micromaxx helps prevent the premature dropping of flowers during the flowering stage of paddy, ensuring panicles retain their blossoms until fully developed.
  • By maintaining plant health and stability, Micromaxx supports the production of high-quality grains, enhancing both yield and overall harvest quality.
  • Application of Micromaxx during this stage helps reduce biotic and abiotic stress, crucial for optimal plant performance.
  • For foliar spray, use 1 gram per liter or 200 grams per acre.  

3. Maturity stage

Maturity stage in paddy is the final phase of the crop’s growth cycle, where the grains reach their full development and readiness for harvest. Key characteristics of this stage include:

  • Grain Filling: The grains accumulate starch and other nutrients, reaching their maximum dry weight.
  • Color Change: The paddy plants start to change color from green to golden yellow, indicating ripeness.
  • Moisture Reduction: The moisture content in the grains decreases, making them suitable for harvesting.
  • Harvest Readiness: The grains become firm and hard, and the plants are ready to be harvested for optimal yield and quality.

Proper management during the maturity stage ensures high-quality grain production and maximizes yield potential.

Product usage

  • Applying Micromaxx during the maturity stage of paddy can enhance panicle development and improve the overall quality of the grain filling.
  • The recommended dosage for foliar spray is 1 gram per liter or 200 grams per acre. 

Conclusion

Micromaxx is a versatile amino acid chelate blend that provides essential micronutrients like Zinc, Iron, Manganese, and Boron, supporting both maize and paddy crops through all growth stages. It promotes robust vegetative growth, prevents premature flower drop, and enhances cob and grain quality at maturity. By integrating Micro Maxx into your crop management practices, you can achieve higher yields, better quality produce, and a more resilient crop, ensuring sustainable and efficient farming.

Optimizing Paddy and Cotton Cultivation with Janatha Amino Maxx

By
yamini
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0
Amino Maxx

Amino Maxx is a nutrient-rich supplement designed to promote optimal plant growth by providing a comprehensive blend of natural micronutrients, minerals, and enzyme-hydrolysed proteins. It boosts crop resilience to both biotic and abiotic stressors, ensuring healthier and more robust plants. Key components like L-glycine and L-glutamic acid are particularly effective in increasing chlorophyll levels. This improvement in chlorophyll enhances photosynthesis, leading to better energy production and growth. By integrating Amino Maxx into regular crop management practices, farmers can achieve sustainable and productive farming, ensuring long-term soil health and crop vitality.

Paddy Crop

Paddy, also known as rice, is a staple cereal crop that feeds nearly half of the world’s population. Originating from Asia, it thrives in flooded fields, making it ideal for wetland cultivation. Paddy fields are typically small, level, and waterlogged, providing the perfect environment for rice growth. This crop is essential for food security in many countries, particularly in Asia, where it forms a significant part of the diet. Effective management of water and nutrients is crucial for successful paddy cultivation.

Major stages of Paddy crop growth

  1. Vegetative stage
  2. Flowering stage / Panicle initiation stage
  3. Maturity stage

Crop management with Janatha Amino Maxx at various stages of Paddy

  1. Vegetative stages

During the vegetative growth stage, paddy crop focuses its energy on producing leaves, root development and tillers, which are essential for the subsequent development of flowers and panicles. This stage, lasting approximately 20-30 days, is characterized by rapid growth and prolific leaf production. The plant’s ability to generate a robust canopy during this period is crucial for maximizing photosynthesis and nutrient uptake. Proper management of water and nutrients is vital to support this vigorous growth phase. 

Product usage

  • Amino Maxx provides essential nutrients that support robust plant growth and root development. 
  • It enhances chlorophyll concentration, thereby improving photosynthesis during this critical phase. 
  • For application, use Amino Maxx as a foliar spray at 1 gm per liter of water or 200 gm per acre.

2. Flowering stage / Panicle initiation stage

During this period, panicles emerge from the top of the plant, and pollination occurs, leading to the development of grains. This stage is marked by the emergence of tiny flowers that will eventually form the rice grains. Proper nutrient to support successful pollination, and maximize yield, is key to achieving a high-quality and abundant harvest. By maintaining optimal conditions, farmers can ensure that the paddy plants produce a bountiful crop with well-formed grains, contributing to overall productivity and profitability.

Product usage

  • Using Amino Maxx during the paddy flowering stage improves grain set and quality, 
  • It enhances plant protection efficiency, and promotes better grain setting. This results in higher yields of superior quality.
  • Apply Amino Maxx at 1 gram per liter of water or 200 grams per acre.

3. Maturity stage

During the maturity stage in paddy crops, grains reach full size and harden. It’s crucial to focus on nutrient managment to enhance grain filling and quality. Gradually reduce irrigation to help the field dry out for uniform ripening and easier harvesting. Monitor for pests and diseases, using appropriate measures to protect the crop. Harvest when grains are fully mature with a moisture content of around 20-25% to prevent grain shattering and quality loss. 

Product usage

  • Applying Amino Maxx during the maturity stage of paddy significantly enhances grain development, leading to higher yields of superior quality
  • Mix Amino Maxx at a concentration of 1 gram per liter of water or use 200 grams per acre.
  • For optimal results, it is recommended to apply Amino Maxx frequently throughout the cropping cycle. Consistent application helps maintain nutrient levels, promoting continuous growth and development of the paddy grains. 

Cotton crop

Cotton, known as “white gold,” is essential for the textile industry and a key cash crop globally. Effective nutrient management is crucial for maximizing yield and quality, requiring a balanced supply of nitrogen, phosphorus, potassium, and micronutrients. These nutrients support robust growth, flowering, and boll formation, enhancing plant vigor and resistance to pests and diseases. A strategic nutrient management plan ensures optimal fiber quality and sustainable production. By using Amino Maxx, farmers can achieve a bountiful and high-quality cotton harvest.           

Major crop stages of Cotton

  1. Vegetative stage
  2. Reproductive Stage
  3. Boll Development

 Crop management with Janatha Amino Maxx at various stages of Cotton 

  1. Vegetative stage

During the vegetative stage of the cotton crop, the plant develops a strong root system and produces leaves and stems. Ensure a balanced supply of nutrients for vigorous growth. Maintain consistent soil moisture and monitor for pests and diseases. Keep the field free of weeds to reduce competition for resources. Proper management during this stage sets the foundation for a healthy and productive crop.

Product usage 

  • Amino Maxx provides essential nutrients that support various physiological processes, ensuring robust plant growth and development.
  • By boosting chlorophyll concentration, Amino Maxx improves photosynthesis efficiency during the vegetative stage, leading to healthier and more vigorous growth.
  • For foliar application, dissolve 1 gram per liter of water or use 200 grams per acre. For drip irrigation, apply 500 grams per acre to deliver nutrients directly to the root zone.

2. Reproductive Stage

During the reproductive stage in cotton crops, the plant focuses on flowering, pollination, and boll formation, which are crucial for yield and quality. Ensure adequate nutrient supply. Maintain consistent moisture levels and monitor for pests and diseases. Use growth regulators if necessary to balance growth. Proper management during this stage is key to maximizing cotton yield and quality.

Product usage

  • Using Amino Maxx during the cotton reproductive stage enhances flower and boll development, improving overall yield and quality. 
  • It boosts plant protection efficiency and promotes better boll setting, resulting in higher yields of superior quality. 
  • Apply Amino Maxx at 1 gram per liter of water or 200 grams per acre for optimal results.
  • For drip irrigation, apply 500 grams per acre. This method delivers nutrients directly to the root zone, promoting efficient uptake and utilization by the plant

3. Boll Development

Boll development in cotton crops is a crucial phase where the plant focuses on forming and maturing the cotton bolls. Ensure a balanced supply of nutrients, to support growth. Maintain adequate soil moisture and monitor for pests like bollworms and diseases. Use growth regulators if necessary to direct the plant’s energy towards boll development. Proper management during this stage is essential for achieving high yields and superior fiber quality.

Product usage

  • Applying Amino Maxx during the boll formation stage in cotton enhances boll development, fiber quality, and overall yield. 
  • Dissolve 1 gram of Amino Maxx in 1 liter of water, or use 200 grams per acre. This method allows the nutrients to be directly absorbed by the leaves, providing immediate benefits to the plant.
  • Apply 500 grams per acre. This method delivers nutrients directly to the root zone, ensuring efficient uptake and utilization by the plant.
  • It is recommended to apply Amino Maxx regularly throughout the cropping cycle. Consistent application ensures that the plants receive a steady supply of nutrients, leading to improved growth, higher yields, and superior fiber quality.

Conclusion

Janatha Amino Maxx is a versatile and essential product for both paddy and cotton cultivation, supporting growth from the vegetative stage to maturity. It enhances the effectiveness of crop management practices, making it an ideal choice for diverse agricultural applications. By ensuring optimal growth and yield, farmers can achieve better market value for their crops. Regular use throughout the cropping cycle is crucial for maximizing these benefits.

Janatha Amino Maxx: Boosting Health, Growth, and Stress Resistance in Ginger and Maize Crops

By
yamini
-
0
Amino Maxx

Amino Maxx is a nutrient-rich supplement with natural micronutrients, minerals, and enzyme-hydrolyzed proteins that promote optimal plant growth. It enhances yield shelf life, color, firmness, productivity, and quality, while boosting crop resilience to biotic and abiotic stress. Formulated with 18 readily absorbable L-amino acids, it supports a healthy ecosystem by nourishing crops, soil, and the environment. Key amino acids like L-glycine and L-glutamic acid increase chlorophyll levels, improving photosynthesis and providing a reliable organic nitrogen source in ginger and maize crops.

Ginger crop

Ginger (Zingiber officinale), one of the oldest known spices, is celebrated for its pungent and aromatic qualities. Originally from Southeast Asia, it has been cultivated in China and India for centuries. Globally, ginger is perhaps the most widely used spice for both culinary and medicinal purposes. It is a staple in food preparation, confectionery, beverages, and the production of ginger candy and preserves. Medically, ginger is valued as a stimulant and carminative. Additionally, ginger oil is used in perfumes and as a flavoring agent in medications.

Major crop growth stages of Ginger

  1. Vegetative stages
  2. Flowering stage
  3. Maturity stage

Crop management with Janatha Amino Maxx at various stages of ginger

  1. Vegetative stage 

As the ginger plant grows, it develops tall shoots and leaves, reaching up to 3 feet in height. During this stage, significant root and shoot development occurs. The plant benefits from nutrients that promote robust growth, improved chlorophyll production, and better nutrient uptake. This results in healthier, more resilient plants with enhanced resistance to both biotic and abiotic stresses, ultimately leading to higher yields and superior crop quality.

Product usage

  • Amino Maxx supplies essential nutrients for plant growth and crop development.
  • It boosts chlorophyll concentration, improving photosynthesis during the vegetative stage.
  • Application: For foliar spray, use Amino Maxx at 1 gm/ L of water or 200 gm/Acre. For drip irrigation, apply 500 gm/Acre.
  • Regular application throughout the cropping cycle is recommended for best results.

2. Flowering stage

During the flowering stage, ginger plants produce flowers that emerge from the rhizome as short, upright stalks topped with a waxy, pineapple-like, green “torch” of overlapping bracts. This stage typically lasts between 2 to 3 months. Throughout this period, the plant benefits from nutrients that support flower development and overall health, enhancing its resilience and productivity.

Product usage

  • Improves fruit set and quality, enhances plant protection efficiency, and promotes better fruit setting and increased flowering.
  • Using  Amino Maxx during this stage results in higher yields of superior quality.
  • Application: Apply  Amino Maxx at 1 gram per liter of water or 200 grams per acre for foliar spray, and 500 grams per acre for drip irrigation. Frequent application throughout the cropping cycle is recommended for optimal results.

3. Maturity stage

After about 8 to 10 months of growth, ginger plants reach maturity, indicated by yellowing leaves and stems. At this stage, the rhizomes are fully developed and ready for harvest, which is crucial for achieving high-quality yields. Proper nutrient management during the maturation stage ensures the development of robust and flavorful rhizomes, leading to superior crop quality and higher market value.

Product usage

  • Application of Amino Maxx during the maturity stage improves the ginger rhizome development and leads to higher yields of superior quality.
  • Use  Amino Maxx at 1 gram per liter of water or 200 grams per acre for foliar spray, and 500 grams per acre for drip irrigation.
  • Frequent application throughout the cropping cycle is recommended for optimal results.

Maize crop

Maize (Zea mays L.), the world’s most popular crop, is a cereal grain originally domesticated in Central America and now widely cultivated. Known for its adaptability, maize thrives in diverse environments and is often called the “queen of cereals” due to its high genetic yield potential.

Maize crop growth stages

  1. Vegetative stage 
  2. Flowering stage
  3. Maturity stage 

Crop management with  Amino Maxx at various stages of Mize

  1. Vegetative stage

During the vegetative stage, the maize plant grows, develops leaves, and elongates its stalk. This phase is crucial as it establishes the plant’s “factory,” which is vital for subsequent growth stages. Beginning with the emergence stage, the plant requires extra care and essential nutrients to support the development of roots, shoots, and leaves.

Product usage 

  • Amino Maxx provides essential nutrients that are crucial for the growth and development of plants. These nutrients support various physiological processes, ensuring that the plants have the necessary building blocks for robust growth.
  • By boosting chlorophyll concentration, Amino Maxx improves the efficiency of photosynthesis during the vegetative stage. This leads to better energy production within the plant, promoting healthier and more vigorous growth.
  • For foliar application, dissolve 1 gram of Amino Maxx in 1 liter of water, or use 200 grams per acre. This method ensures that the nutrients are directly absorbed by the leaves, providing immediate benefits.
  • For drip irrigation, apply 500 grams per acre. This method delivers nutrients directly to the root zone, promoting efficient uptake and utilization by the plant.

2. Flowering stage

During the flowering stage, maize produces male flowers (tassel) at the top and female flowers (ear) at the base. As a monoecious plant, pollination is crucial for kernel development. Effective nutrient management during this stage supports flower and kernel development, enhances pollination, and improves plant health, leading to optimal yield and quality.

Product usage

  • Using  Amino Maxx during the flowering stage offers several benefits. It improves flowering and leads to higher yields of superior quality.
  • For foliar application, dissolve 1 gram of Amino Maxx in 1 liter of water, or use 200 grams per acre. This method ensures that the nutrients are directly absorbed by the leaves, providing immediate benefits.
  • For drip irrigation, apply 500 grams per acre. This method delivers nutrients directly to the root zone, promoting efficient uptake and utilization by the plant.

3. Maturity Stage and cob development stages:

  • Stem Elongation Stage: Corn undergoes rapid growth and nodal root formation. The number of grains that will develop on a cob row can be predicted during this stage.
  • Silk-Forming Stage: The first stage of the reproductive phase, where water and nutrient stress can negatively impact cob development.
  • Blister Stage: Kernels are small and watery at this stage.
  • Physiological Maturity: Kernels reach their maximum dry weight, and a black layer forms where the kernel attaches to the cob.
  • Dent Stage: For dent types, nearly all kernels are dented or denting. A white line, called the milk line, appears across the kernel and moves toward the tip as the kernel matures.

Effective nutrient application during these stages is crucial for proper maturation. Amino Maxx plays a significant role in this phase, contributing to higher grain yield. Proper nutrient management ensures that maize plants develop healthy cobs, leading to better market value and overall crop quality.

Product usage

  • Applying Amino Maxx during the maturity stage enhances stem elongation, silk formation, physiological maturity, and the dent stage, leading to higher yields and superior quality. Proper nutrient management at this stage ensures healthy cobs and better market value for maize.
  • For foliar application, dissolve 1 gram of Amino Maxx in 1 liter of water, or use 200 grams per acre. This method allows the nutrients to be directly absorbed by the leaves, providing immediate benefits to the plant.
  • For drip irrigation, apply 500 grams per acre. This method delivers nutrients directly to the root zone, ensuring efficient uptake and utilization by the plant.
  • To achieve the best outcomes, it is recommended to apply Amino Maxx regularly throughout the cropping cycle.
  • Consistent application ensures that the plants receive a steady supply of nutrients, leading to improved growth, higher yields, and superior crop quality.

Conclusion

Janatha Amino Maxx is a versatile and essential product for both ginger and maize cultivation, supporting growth at all stages from vegetative to maturity. Its consistent application ensures robust growth, enhanced photosynthesis, and optimal nutrient uptake, leading to superior crop quality and higher yields. By following the recommended usage guidelines, farmers can achieve better market value for their crops. Regular use throughout the cropping cycle is key to maximizing these benefits.

Janatha Amino pro: Maximizing Growth for Chilli & Brinjal

By
yamini
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0
Amino Pro

Amino Pro is vital for supplying the proteins necessary for healthy plant growth and development. Effective nutrient management is key, and fish amino acid liquid, derived from marine sources through protein hydrolysis, provides essential amino acids and nutrients. These components enhance photosynthesis, increase energy production, and improve nutrient uptake, resulting in better flowering, fruit set, and overall crop quality. It boosts soil microbial activity, enhancing nutrient cycling and soil fertility, while helping plants withstand environmental stresses such as drought and disease.

Chilli Crop

Chilli (Capsicum spp.) is a prized spice crop from South America, introduced to India by the Portuguese in the late 15th century. India is now the largest producer, consumer, and exporter of chillies, contributing about 40% of global production. Chillies thrive in warm, humid climates and are grown in various agro-climatic conditions. They are essential in many cuisines for their flavor and heat, and are valued for their medicinal properties. Major chilli-producing states in India include Andhra Pradesh, Telangana, Karnataka, Maharashtra, Tamil Nadu, and Madhya Pradesh.

Major Growth Stages of Chilli Crop

  1. Vegetative stage 
  2. Flowering Stage 
  3. Fruiting & Maturity Stage

Crop Management with Janath Amino Pro at various stages

  1. Vegetative Stage

During the vegetative growth stage, chilli plants focus on developing their structural components, such as stems, leaves, and roots. This stage begins after the seedling phase and is crucial for establishing a strong foundation for future flowering and fruiting. The plants produce lush, green foliage and expand their root systems to absorb more nutrients. Proper care during the vegetative stage sets the stage for a healthy and productive chilli crop.

Product usage 

  • Amino Pro, sourced from marine origins, delivers essential amino acids and nutrients that plants readily absorb, improving photosynthesis and chlorophyll production to increase energy output. 
  • It also boosts nutrient uptake, resulting in healthier and more productive plants. 
  • For best results, apply as a foliar spray at 2ml per liter of water or 500ml per acre, or through drip irrigation at 800 ml to 1000 ml per acre. 

 2. Flowering Stage

About two months after transplanting, chilli plants enter the flowering stage. During this time, they produce small, white, star-shaped flowers with purple anthers and filaments. These plants are self-pollinating, so they don’t need insects or bees for pollination. Ensuring proper care, such as adequate watering and nutrient supply, is crucial during this stage to promote healthy and productive growth. 

Product usage

  • Applying Amino Pro boosts photosynthesis and chlorophyll production, increasing energy levels in chilli plants. 
  • This leads to healthier, more robust plants with improved nutrient uptake, resulting in increased flowering and higher yield.
  • Apply Amino Pro at 2ml per liter of water or 500ml per acre. This method allows direct absorption through the leaves, enhancing photosynthesis and nutrient uptake.
  • Apply 800 ml to 1000 ml per acre. This method delivers nutrients directly to the root zone, promoting strong root development and overall plant health.

3. Fruiting & Maturity Stage

During the fruiting and maturity stage, chilli plants transition from flowering to producing mature fruits, which change color as they ripen. Proper care, Applying Amino Pro at this time stimulates fruit growth and prevents premature fruit drop, ensuring they mature fully.  Harvesting can be done when the chillies are green or fully ripe, depending on the intended use. Ensuring optimal conditions during this stage results in high-quality chillies with the desired size, color, and flavor.

Product usage 

  • Amino Pro supplies essential amino acids and nutrients that are easily absorbed by plants, promoting robust growth and development. It strengthens plant cell walls and boosts overall plant health, making plants more resilient to diseases and environmental stressors.
  • By improving the plant’s immune system, Amino Pro enhances the quality of fruits, improving their flavor, firmness, and shelf life.
  • For best results, apply Amino Pro during the fruiting stage as a foliar spray at 2ml per liter of water or 500ml per acre, or through drip irrigation at 800 ml to 1000 ml per acre.
  • Frequent applications throughout the cropping cycle ensure continuous nutrient supply and optimal plant health.

Brinjal Crop

Brinjal, also known as eggplant, is a commonly grown vegetable in India that needs balanced nutrient management for optimal growth. Janath Amino Pro enhances nutrient availability, uptake, and efficiency, thereby increasing the nutritional value and yield of crops, fruits, and vegetables. Derived from high-quality marine sources through protein hydrolysis, this product also improves soil fertility, supports a healthy soil environment, and promotes robust root and leaf growth, as well as resistance to pests and diseases. Regular monitoring and timely nutrient application are essential for sustainable and productive brinjal farming.

Major Growth Stages of Brinjal Crop

  1. Vegetative stage 
  2. Flowering Stage 
  3. Fruiting & Maturity Stage

Crop Management with Janath Amino Pro at various stages

  1. Vegetative stage

Vegetative stage of the brinjal crop is vital for establishing strong roots, stems, and leaves. During this phase, the plant focuses on building a robust structure to support future fruit production. Adequate nitrogen supply is crucial to promote vigorous vegetative growth. Consistent watering and effective pest management are also essential to ensure healthy development. Proper care during this stage lays the foundation for a successful flowering and fruiting period, leading to a bountiful harvest. 

Product usage 

  • Amino Pro provides essential amino acids and nutrients that plants easily absorb, enhancing photosynthesis and chlorophyll production to boost energy levels.
  • It also improves root development and nutrient uptake, leading to more productive plants. 
  • For optimal results, apply as a foliar spray at 2ml per liter of water or 500ml per acre, or through drip irrigation at 800 ml to 1000 ml per acre.

2. Flowering Stage

Flowering stage of the brinjal crop is a pivotal period where the plant transitions from vegetative growth to fruit production. Flowers typically emerge 40-45 days after transplantation and are usually purple, blooming mainly in the morning. Proper care with Amino Pro during this stage, including adequate watering, is essential to support flower development and subsequent fruit set. Ensuring optimal conditions during flowering helps maximize yield and fruit quality.

Product usage 

  • Applying Amino Pro enhances photosynthesis and chlorophyll production, leading to healthier, more robust chilli plants with improved nutrient uptake, increased flowering, and higher yields.
  • For foliar spray, apply Amino Pro at 2ml per liter of water or 500 ml per acre for direct leaf absorption. For drip irrigation, apply 800 ml to 1000 ml per acre to deliver nutrients directly to the root zone, promoting strong root development and overall plant health.

3. Maturity Stage

Fruiting and maturity stage of the brinjal crop is when the plant transitions from flowering to producing mature fruits. This stage typically occurs 50 to 80 days after flowering, depending on the variety. During this period, the fruits grow in size, change color, and develop their characteristic flavor and texture. Proper care, including consistent watering, nutrient supply, and pest management, is essential to ensure healthy fruit development and high yields. Harvesting usually takes place when the fruits reach their optimal size and color, ensuring the best quality and shelf life.

Product usage 

  • Amino Pro supplies essential amino acids and nutrients that are easily absorbed by plants, promoting robust growth and development. It strengthens plant cell walls and boosts overall plant health, making plants more resilient to diseases and environmental stressors.
  • By improving the plant’s immune system, Amino Pro enhances the quality of fruits, improving their flavor, firmness, and shelf life.
  • For best results, apply Amino Pro during the fruiting stage as a foliar spray at 2ml per liter of water or 500ml per acre, or through drip irrigation at 800 ml to 1000 ml per acre. Frequent applications throughout the cropping cycle ensure continuous nutrient supply and optimal plant health.

Conclusion

Effective nutrient management with Janath Amino Pro at various growth stages of both chilli and brinjal crops ensures robust plant health, increased yield, and high-quality fruits. By enhancing photosynthesis, nutrient uptake, and overall plant resilience, Amino Pro supports optimal growth and productivity. Regular and timely applications throughout the cropping cycle are essential for achieving the best results in both chilli and brinjal cultivation.

Comprehensive Guide to Tomato Cultivation with Janatha Amino Pro

By
yamini
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0
Amino Pro

Tomatoes are a highly adaptable crop, thriving in various environments from open fields to greenhouses. This versatility necessitates tailored fertilization strategies to suit specific growth conditions. To optimize yields, understanding the different growth stages of tomatoes and meeting their specific needs at each stage is crucial. Identifying these stages simplifies crop management, especially with the aid of remote field monitoring systems.

Janatha Amino Pro plays a vital role in promoting healthy plant growth and development. Derived from high-quality marine sources through protein hydrolysis, this product not only enhances soil fertility but also fosters a healthy soil environment. It is particularly beneficial for robust root and leaf growth in seedlings.

Major Crop Stages of Tomato crop

  1. Vegetative stage
  2. Flowering Stage
  3. Maturity Stage

Crop Management with Amino Pro at various crop stages

  1. Vegetative Stage 

During the vegetative growth stage, the tomato plant focuses on producing more leaves and stems, which support the development of flowers and fruits later. The vegetative stages last about 20-25 days. Amino Pro facilitates the easy absorption of essential amino acids and nutrients derived from marine sources. This enhances the plant’s energy production by boosting photosynthesis and increasing chlorophyll levels, leading to more vigorous growth.

Tomato plants focus on developing a strong root system and an abundance of foliage.  Vines and lush leaves will rapidly grow over the next 20 to 25 days. The tap roots of the plant will grow down 3 feet to anchor the plant when it becomes heavy with fruit. 

Product usage

  • Amino Pro, derived from marine sources, provides essential amino acids and nutrients that are easily absorbed by plants, enhancing photosynthesis and chlorophyll levels to boost energy production. 
  • It also enhances nutrient uptake, leading to healthier, more productive plants. For optimal results, apply as a foliar spray at 2ml per liter of water or 500ml per acre, or through drip irrigation at 800 ml-1000 ml per acre. 
  • Frequent applications throughout the cropping cycle are recommended to ensure continuous nutrient supply and optimal plant health.

2. Flowering stage

The flowering stage in tomato plants typically occurs around 60-80 days after planting. During this phase, buds form at the tips of the branches and bloom into yellow flowers. These flowers need to be pollinated, either by bees, wind, or manual methods, to produce fruit. This stage is crucial for fruit set and overall yield, making it important to ensure optimal conditions and nutrient supply for the plants.

During the flowering stage of tomato plants, applying Amino Pro can significantly enhance their development. Nutrient application plays a crucial role in promoting the synthesis of proteins and other vital compounds, which are essential during the high-energy demands of flowering. This leads to improved fruit set and quality, ensuring better flowering and overall plant health.

Product usage 

  • Application of Amino Pro enhances photosynthesis and chlorophyll production, boosting energy levels in the tomato plant. This results in healthier, more robust plants with increased nutrient uptake, ultimately leading to higher yields and better-quality fruits. 
  • Foliar Spray: Apply Amino Pro at a rate of 2ml per liter of water or 500ml per acre. This method ensures direct absorption through the leaves, enhancing photosynthesis and nutrient uptake.
  • Drip Irrigation: Apply 800 ml to 1000 ml per acre. This method delivers nutrients directly to the root zone, promoting robust root development and overall plant health. Frequent applications throughout the cropping cycle are recommended for the best results.
  • Regular application of amino nutrients throughout the cropping cycle can ensure continuous nutrient supply, supporting optimal plant growth and productivity.

3. Maturity Stage 

Maturity stage in tomato plants is marked by the transition of fruits from green to fully red, signaling they are ready for harvest. This stage usually occurs 60 to 100 days after transplanting, depending on the variety. Tomatoes go through several maturity phases, starting from green to the breaker stage, where a slight color change is visible, and finally to fully ripe red fruits. During this period, the fruits increase in size, weight, and sugar content, while their firmness decreases. Applying essential nutrients during this stage can promote optimal growth and proper maturity of the fruits.              

Product usage 

  • Amino Pro supplies essential amino acids and nutrients that are easily absorbed by plants, promoting robust growth and development. 
  • By strengthening plant cell walls and improving overall plant health, Amino Pro helps protect plants from a range of diseases.   
  • Amino Pro boosts the plant’s immune system, making it more resilient to pathogens and environmental stressors.
  • Amino Pro enhances the quality of fruits, improving their flavor, firmness, and shelf life.
  • Apply during the fruiting stage as a foliar spray at 2ml per liter of water or 500ml per acre, or through drip irrigation at 800 ml to 1000 ml per acre for best results.
  • Frequent applications throughout the cropping cycle are recommended to ensure continuous nutrient supply and optimal plant health.

4. Harvesting stage 

Harvesting stage in tomato plants occurs when the fruits transition from green to fully red, signaling they are ready for harvest. This typically happens 60 to 100 days after transplanting, depending on the variety. During this period, tomatoes progress through several maturity stages, starting from green to the breaker stage, where a slight color change is visible, and finally to fully ripe red fruits. Applying essential nutrients through Amino Pro during the early stages of the tomato crop can lead to higher yields and promote optimal growth and proper maturity of the fruits.

Conclusion

The successful cultivation of tomatoes hinges on understanding and addressing the specific needs at each growth stage. From the vegetative stage to the harvesting stage, tailored nutrient applications, particularly with products like Janath Amino Pro, can significantly enhance plant health and productivity. Amino Pro, derived from high-quality marine sources, provides essential amino acids and nutrients that promote robust growth, disease resistance, and improved fruit quality. Regular and strategic application of these nutrients ensures continuous support for the plants, leading to higher yields and optimal fruit maturity. By integrating these practices with modern crop management techniques, such as remote field monitoring, farmers can achieve sustainable and efficient tomato production.

Optimizing Cotton Growth with Janatha Calcium Plus: A Comprehensive Guide

By
yamini
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0
Calcium Plus

Calcium Plus, an amino acid chelate, is formulated to address soil calcium deficiencies, essential for plant growth. It improves micronutrient absorption, enhances pollen germination, regulates enzyme activity, and supports cell and tissue health. For best results, apply Calcium Plus as both a soil and foliar spray. 

Cotton Crop

Cotton, a vital fiber crop globally, thrives in warm climates and requires meticulous management of water, nutrients, and pests for optimal yields. Its fluffy, white fibers are spun into yarn and woven into fabric, making it essential to the textile industry. Understanding cotton growth helps growers make informed management decisions. Calcium is crucial for cotton, enhancing cell wall strength and influencing boll formation, thereby improving the quality and yield of the crop.

Major crop stages of Cotton

  1. Vegetative stage
  2. Reproductive Stage
  3. Boll Development
  4. Harvest Stage 

Crop Management with Calcium Plus at various crop stages

  1. Vegetative Stage

During the vegetative stage of the cotton crop, the plant focuses on developing a robust root system, which is essential for nutrient and water uptake. Leaves expand rapidly, increasing the plant’s photosynthetic capacity and energy production. Branches begin to form, providing the structure needed for future fruiting.

Nutrient requirements are high during this stage, with a particular emphasis on nitrogen for leaf growth, phosphorus for root development, and calcium for cell wall strength. Adequate nutrient supply ensures healthy plant development, setting the foundation for a productive flowering and fruiting phase.

Product usage

  • Calcium Plus plays a crucial role in promoting healthy growth and development.
  • Its unique amino acid chelate formula ensures efficient absorption of calcium and other micronutrients, which are vital for robust root development and strong branch formation in cotton plants. 
  • By enhancing nutrient transport within the plant, Calcium Plus supports the expansion of leaves, increasing photosynthetic capacity and energy production. This leads to a well-structured plant with a solid foundation for future fruiting.  
  • Foliar Spray: For optimal results, dissolve 1 gram of Calcium Plus in 1 liter of water. This solution should be applied evenly over the foliage of your crops. For larger areas, use 200 grams of Calcium Plus per acre, ensuring thorough coverage to maximize nutrient absorption through the leaves.
  • Drip Irrigation: To integrate Calcium Plus into your drip irrigation system, use 500 grams per acre. This method allows for a consistent and efficient delivery of nutrients directly to the root zone, promoting healthy root development and overall plant growth.

2. Reproductive stage 

Due to its indeterminate growth habit, the cotton plant continues both vegetative and reproductive development throughout the remainder of the season. Reproductive growth begins with the formation of the floral buds in the apical part of the plant, giving rise to the flowers and subsequent bolls. As long as the cotton plant is growing, flowers are being produced.

As flowers begin to develop, new squares appear on the plant. A fully developed flower is large and showy and requires approximately 6-7 weeks to reach full maturation.

The boll grows rapidly after fertilization with the most growth taking place between 7 and 18 days. Full size is reached in up to 25 days. Approximately 50 days of development is required for the boll to reach full maturation but this varies based on genotype and environmental conditions.

Product usage 

  • Calcium Plus promotes the efficient transport of nutrients, ensuring uniform plant growth and enhanced root development.
  • Calcium Plus improves crop quality and consistency, leading to better and more reliable yields.
  • Specifically for cotton, it strengthens the fiber and increases overall yield.
  • For best results, dissolve 1 gram of Calcium Plus in 1 liter of water and apply this solution evenly over the foliage of the crop. For larger areas, use 200 grams of Calcium Plus per acre, ensuring thorough coverage to maximize nutrient absorption through the leaves.
  • To incorporate Calcium Plus into your drip irrigation system, use 500 grams per acre. This method ensures a consistent and efficient delivery of nutrients directly to the root zone, promoting healthy root development and overall plant growth.

3. Boll Development 

Boll development in cotton is a critical phase that starts after the plant flowers, leading to the formation of bolls, which are protective capsules containing seeds and fibers. Over several weeks, these bolls grow and mature, requiring a steady supply of nutrients and water to ensure proper development. As they reach maturity, the bolls open up, revealing the cotton fibers inside, indicating that the crop is ready for harvest. Successful boll development hinges on effective fertilization, irrigation, and pest management practices, while environmental factors such as temperature and humidity also play significant roles in influencing the overall health and yield of the cotton crop.

Product usage 

  • For best results, dissolve 1 gram of Calcium Plus in 1 liter of water and apply this solution evenly over the foliage of the crop. For larger areas, use 200 grams of Calcium Plus per acre, ensuring thorough coverage to maximize nutrient absorption through the leaves.
  • To incorporate Calcium Plus into your drip irrigation system, use 500 grams per acre. This method ensures a consistent and efficient delivery of nutrients directly to the root zone, promoting healthy root development and overall plant growth.

4. Harvesting Stage 

The harvesting stage in cotton occurs about 160 days after planting, when the bolls have fully matured and burst open. Farmers use cotton pickers or strippers to collect the crop, ensuring it is done before adverse weather can affect fiber quality. The harvested cotton is then packed into modules for transport to the gin, where it begins its processing journey. Proper timing and method of harvesting are crucial for achieving the best quality and yield.

Conclusion 

Calcium Plus is an essential tool for addressing soil calcium deficiencies and promoting healthy plant growth. Its unique amino acid chelate formula ensures efficient nutrient absorption, enhancing root development, pollen germination, and overall plant health. For cotton, a crop that requires meticulous management, Calcium Plus supports each growth stage from vegetative to reproductive and  boll development by strengthening cell walls and improving yield quality. By integrating Calcium Plus into both foliar sprays and drip irrigation systems, farmers can ensure consistent and optimal nutrient delivery, leading to robust and productive cotton crops.

Janatha Calcium Plus: Maximizing Growth for Tomatoes and Potatoes

By
yamini
-
0
Calcium Plus

Calcium Plus is an amino acid chelate designed to correct soil calcium deficiencies, crucial for plant growth. It enhances micronutrient absorption, boosts pollen germination, regulates enzymes, and supports cell and tissue health. For optimal results, apply Calcium Plus as both soil and foliar spray. It is particularly effective in improving the quality of potatoes and tomatoes, preventing Blossom End Rot (BER).

Tomato Crop

Tomatoes require careful management of environmental conditions and nutrients for optimal growth. Calcium is crucial for cell growth, nutrient transport, and disease resistance, particularly in preventing Blossom End Rot. Applying Calcium Plus addresses soil calcium deficiencies, promoting strong root development and healthy fruit production. Consistent use throughout the growing season enhances overall plant health and yield. For best results, apply Calcium Plus as both a soil and foliar spray.

Major growth stages of Tomato

  1. Vegetative stage
  2. Flowering Stage
  3. Maturity Stage

Crop Management with Calcium Plus at various crop stages 

  1. Vegetative Stage 

During the vegetative growth stage, which lasts about 20-25 days, tomato plants concentrate on producing more leaves and stems to support the later development of flowers and fruits. This stage requires a steady supply of calcium throughout the season due to the high demand for Ca. To promote leaf and stem growth, tomatoes benefit from a balanced fertilizer during this period. Additionally, tomato plants focus on developing a strong root system and an abundance of foliage, with vines and lush leaves rapidly growing over the next 20 to 25 days.   

Product usage 

  • Calcium Plus is an amino acid chelate formulated to address soil calcium deficiencies, playing a crucial role in plant growth and development. 
  • Its unique composition and easy availability enhance the absorption of micronutrients within the plant.
  • Calcium Plus promotes uniform growth and enhances root development by facilitating efficient nutrient transport during vegetative stage. 
  • For application, use 1 gm/L of water or 200 gm/acre as a foliar spray. For drip irrigation, dissolve 500 gm/acre in water to ensure effective distribution to the plant roots.

2. Flowering stage

The flowering stage marks the start of reproductive growth in tomato plants, where the development of flowers is vital for fruit production. Calcium is essential during this stage for cell wall structure, stability, and nutrient uptake, which supports the formation of strong flowers and fruits. It also plays a crucial role in pollen germination. Ensuring adequate calcium levels helps prevent blossom end rot (BER), a common disorder caused by calcium deficiency. Applying calcium during the flowering stage is therefore critical for healthy flower and fruit development in tomato crops.

Product usage 

  • Applying Calcium Plus during the flowering stage can significantly enhance flower production and overall plant health while reducing the occurrence of blossom end rot.
  • For application, use 1 gm/L of water or 200 gm/acre as a foliar spray. For drip irrigation, dissolve 500 gm/acre in water to ensure effective distribution to the plant roots.  

3. Maturity Stage 

Applying calcium during the maturity stage of tomato crops is crucial for maintaining fruit quality and extending shelf life. Calcium is essential for cell wall structure and stability, helping to maintain fruit firmness and reduce the risk of disorders like blossom end rot (BER). It should be applied consistently throughout the growing season, with particular attention during fruit maturation to ensure optimal fruit quality and storability. Balancing calcium with other nutrients like magnesium and potassium is also important to prevent nutrient lockout and deficiencies, ensuring your tomato plants produce high-quality, firm fruits with a longer shelf life.

Product usage 

  • Calcium plus facilitates the efficient transport of nutrients to developing fruits, promoting uniform growth and Enhances Root Development.
  • Enhances the texture, firmness, and structural integrity of fruits, leading to better quality and more consistent yields.
  • It strengthens cell walls in fruits, reducing susceptibility to damage and extending shelf life.
  • For application, use 1 gm/L of water or 200 gm/acre as a foliar spray. For drip irrigation, dissolve 500 gm/acre in water to ensure effective distribution to the plant roots.  

Potato crop

Calcium plays a vital role in enhancing potato crop quality and production. It strengthens cell wall structure, supports root elongation, and boosts stress tolerance. Additionally, calcium helps prevent tuber quality disorders and improves storage longevity. Due to their low transpiration rates, potato tubers often face calcium deficiency. To ensure sufficient calcium uptake, it should be applied from the vegetative stage through to the tuber formation stage. This practice ensures that tubers and stolon roots are adequately supplied with calcium, leading to improved yield and quality.

Major growth stages of Potato

  1. Vegetative Stage
  2. Tubers Formation Stage
  3. Maturation Stage

Crop Management with Calcium Plus at various crop stages 

  1. Vegetative stage

The vegetative stage in potato crops lasts 30 to 70 days, focusing on developing robust, large plants for higher yield potential. During this period, strong foliage and well-developed roots are essential for initiating tuber growth. Leaves and branch stems develop aboveground, while roots and stolons form belowground. Photosynthesis begins, converting sunlight into energy. Providing essential nutrients like calcium during this phase enhances plant growth and development.

Product usage 

  • Calcium Plus should be applied during vegetative stage, This ensures that plants receive the necessary nutrients throughout their development cycle.
  • to correct the calcium deficiencies in soil and play an important role in plant growth and development. Its unique formula and easy availability boosts absorption of micronutrients inside the plant.

2. Tubers Formation Stage

The tuber formation stage is when the plant starts producing the tubers, or potatoes, that we consume. As the plant grows, it develops small, white tubers underground, which increase in size and number as the plant matures. Providing essential nutrients during this stage is vital for the growth and development of the tubers.

When the tips of the stolons swell, tubers begin to form. This stage is critical for ensuring the plant’s nutrient processes are fully active, leading to successful tuber growth.

Product usage 

  • Calcium Plus is an amino acid chelate that corrects calcium deficiencies in soil, playing a crucial role in plant growth and development by boosting micronutrient absorption.
  • Apply Calcium Plus at the tuber development zone, maintaining optimal moisture levels, especially during early tuber development (cell division) and throughout the growing season.
  • Foliar Spray: Use 1 gm/L of water or 200 gm/acre as a foliar spray.
  • Drip Irrigation: Dissolve 500 gm/acre in water for drip irrigation to ensure effective distribution to plant roots.

3. Maturation Stage

The final stage of potato growth, known as the maturation stage, is when potatoes are fully mature and ready for harvest. During this stage, starch accumulates in the tubers, causing them to enlarge and develop thick, firm skins that retain moisture. As the tuber skins harden, the leaves and stems above ground dry out and die, transferring the last energy to the tubers. Potatoes can remain underground for a while after the tops die, and they are ready for harvesting when the plant tops turn yellow. Calcium plays a crucial role in this stage by strengthening cell walls, enhancing skin toughness, aiding nutrient transport, improving stress tolerance, and boosting overall quality and yield. Ensuring adequate calcium levels helps produce high-quality, durable potatoes that store well.

Product usage

  • Calcium plus facilitates the efficient transport of nutrients to developing fruits, promoting uniform growth and Enhances Root Development.
  • Enhances the texture, firmness, and structural integrity of tubers, leading to better quality and more consistent yields.
  • It strengthens cell walls in fruits, reducing susceptibility to damage and extending shelf life.
  • Foliar Spray: Use 1 gm/L of water or 200 gm/acre as a foliar spray.
  • Drip Irrigation: Dissolve 500 gm/acre in water for drip irrigation to ensure effective distribution to plant roots.

Conclusion 

Each stage of tomato and potato growth requires careful attention to environmental conditions and regular maintenance. Calcium plays a vital role in cell growth, nutrient transport, and disease resistance, significantly improving fruit quality and reducing disorders like Blossom End Rot. Calcium Plus effectively addresses soil calcium deficiencies, promoting robust plant growth and higher yields. Consistent application ensures healthier, more productive plants with extended shelf life. For optimal results, use Calcium Plus as both a soil and foliar spray throughout the growing season.

Janatha Carbon Maxx: Marine-Derived Plant Nutrient Solution

By
yamini
-
0
Carbon Maxx

Carbon Maxx is a nutrient-rich plant supplement derived from marine fish, containing high levels of dissolved protein hydrolysates, essential amino acids, minerals, organic carbon, and micronutrients. This formulation feeds plants without causing burn, enriching the soil and providing nourishment for earthworms and microorganisms, which in turn enhances soil structure and nutrient uptake. Marine fish are abundant in protein, fat, amino acids, and antioxidants, all crucial for plant growth and development. Carbon Maxx increases nutrient availability in plant growth substrates, aiding in better nutrient absorption and regulating plant phototropism.

Product Composition

  • Protein: 35-40%
  • NPK: 6-1-1
  • Amino Acids: 35% 
  • Organic Carbon: 30%

Mode of Action

Carbon maxx provides rich organic carbon derived from marine sources. It is designed to improve soil stability by binding soil particles and enhancing soil structure. It also promotes rapid plant growth and healthy root development.

Benefits

  1. Promotes Robust Root Formation: Carbon Maxx enhances the development of strong and healthy roots, which is essential for quick plant growth. This leads to the healthy development of both fruit and foliage, ensuring vigorous and productive plants. Additionally, it boosts the microbiological activity in the soil, creating a more fertile environment.
  2. Encourages Growth of Essential Plant Compounds: The product stimulates the production of carbohydrates, amino acids, and chlorophyll in plants. This not only improves the overall health and vitality of the plants but also significantly enhances the quality and yield of the produce, resulting in more nutritious and appealing crops.
  3. Improves Soil Structure and Water Retention: Carbon Maxx helps to improve the soil structure, making it easier for roots to penetrate and grow. It also aids in soil water retention, ensuring that plants have access to the moisture they need for optimal growth, even during dry periods.
  4. Restores Soil Biological Equilibrium: By increasing the nutritional content of the soil, Carbon Maxx helps to restore its biological balance. This creates a healthier growing environment for plants, leading to better nutrient uptake and overall plant health.

By incorporating Carbon Maxx into your plant nutrition regimen, you can achieve healthier plants, higher yields, and improved soil health, making it an invaluable tool for any grower.

Crop Compatibility

Carbon Maxx is suitable for a wide variety of crops, ensuring optimal growth and yield across different agricultural practices. Here’s an expanded list of crops that can benefit from its application:

  1. Vegetables:
  • Includes a broad range of vegetables such as potatoes, tomatoes, chillies, ginger, and more. Carbon Maxx enhances nutrient uptake, leading to healthier and more productive plants.

2. Horticultural Crops:

  • Fruits: Such as pomegranate, grapes, bananas, mangoes, guavas, and others. Carbon Maxx improves fruit set, quality, and flavor, ensuring a bountiful and nutritious harvest.
  • Ornamental and Herb Plants: Supports the growth of decorative plants and herbs, enhancing their aesthetic appeal and health.

3. Field Crops:

  • Includes major crops like sugarcane, potatoes, ginger, cotton, maize, rice, and more. Carbon Maxx promotes vigorous growth, better blooming, and improved resistance to environmental stressors.

4. Perennial Crops:

  • Tree Crops: Such as arecanut, coconut, and black pepper. Carbon Maxx supports sustained productivity and health.
  • Beverage Crops: Includes tea and coffee, where it enhances soil fertility and microbial activity, crucial for long-term crop health and yield.

By applying Carbon Maxx, farmers can ensure their crops receive essential nutrients, leading to improved growth, yield, and overall plant health across a diverse array of agricultural practices.

Dosage

  • To achieve the best results, it is recommended to apply a dosage of 1-2 liters per acre. This application should be carried out every 20-30 days.

Note: Consistent and frequent applications are crucial to ensure optimal outcomes.

Method of Application

For effective distribution, it is advised to use the following methods:

  • Drip Irrigation: Ensures precise and efficient delivery of the dosage directly to the root zone.
  • Drenching: Allows for thorough soaking of the soil, ensuring deep penetration.
  • Flood Irrigation: Suitable for larger areas, providing uniform coverage across the field.

By following these guidelines, you can maximize the effectiveness of your application and promote healthy growth.

Compatibility

This product is compatible with all other products. You can use it alongside any other fertilizers or applications .

Storage & Disposal

Avoid storing or disposing of anything that could contaminate food, water, or feed. Keep out of direct sunlight and keep cold. Broken container spills can be cleaned up by soaking them on clay or another appropriate absorbent material.

Conclusion

Incorporating Carbon Maxx into your agricultural practices can significantly enhance plant health, yield, and soil quality. This nutrient-rich supplement, derived from marine fish, provides essential proteins, amino acids, and organic carbon, promoting robust root formation and overall plant vitality. Its compatibility with various crops and application methods ensures versatility and ease of use. Regular and consistent application will lead to healthier plants, improved soil structure, and higher productivity, making Carbon Maxx an invaluable addition to any grower’s toolkit.

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