Availability of Medicinal Plants

Medicinal plant seed, herbs, forest tree seeds fruit planting material available
https://jkmpic.blogspot.com

Total Pageviews

Monday, January 19, 2026

Willow Farming Business Plan: Low-Cost, High-Return Tree Crop

Willow Farming
Willow farming is fast, flexible, and profitable—used for biomass energy, medicinal bark, basketry, furniture, erosion control, and carbon farming. It’s especially suitable for wetlands, riverbanks, temperate & cold regions (including Kashmir, Afghanistan, China, India,UK, Europe, North America).

Availability : Willow cuttings
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com

willow biomass suppliers, willow tree cultivation, willow bark for pharmaceutical use,salix cuttings for sale,Medicinal Willow Bark Farming,Natural Source of Aspirin


Willow Fertilizer: Natural Growth Booster for Healthy Plants

Willow fertilizer, made from willow leaves or young twigs, is a natural bio-stimulant that supports healthy plant growth by promoting strong root development and improving plant immunity. Rich in salicylic acid and auxin-like compounds, willow fertilizer helps plants recover from transplant shock, resist diseases, and tolerate environmental stress. Widely used in organic farming and home gardening, willow fertilizer enhances soil biological activity and works as an eco-friendly alternative to chemical growth promoters. While not a replacement for traditional manure or compost, willow fertilizer is an effective natural supplement for nurseries, fruit trees, vegetables, and medicinal plants.

Available : 100,250,500,1000 grams pkt
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com


Hawthorn Berries and Cardiovascular Health: What Science Says

Crataegus oxyacantha berries for heart health

Crataegus oxyacantha, commonly called Hawthorn fruit berries, is one of the most researched medicinal herbs for cardiovascular (heart) diseases, especially in traditional Chinese medicine—and increasingly in modern pharmacology.

1. Improves blood circulation
Prevents blood stagnation
Helps dilate coronary arteries
Enhances oxygen supply to heart muscle

Useful in coronary artery disease and angina
2. Anti-clot (antithrombotic) action
Reduces platelet aggregation
Lowers risk of abnormal blood clots

Important for heart attack prevention and post-stroke care
3. Antioxidant & anti-inflammatory
Neutralizes free radicals
Reduces vascular inflammation

Protects blood vessels from atherosclerosis (plaque buildup)
4. Protects heart muscle
Limits damage during ischemia (low blood flow)
Helps recovery after myocardial infarction

Used in ischemic heart disease and heart failure support
5. Helps regulate blood pressure
Mild vasodilatory effect
Improves endothelial (vessel lining) function
Beneficial in hypertension-related heart stress

Availability : Fruit berries (5,10,25 kg)
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com
----------------------------------------------------------------------------------------------------------------------------
Willow Fertilizer for Plants: Benefits, Uses & Organic Growth Booster
Willow fertilizer made from willow leaves is a natural bio-stimulant that promotes root growth, boosts plant immunity, and improves soil health in organic farming.


Sunday, January 18, 2026

How Salvia miltiorrhiza Supports Heart and Blood Circulation

Salvia miltiorrhiza
Danshen is one of the most important herbs in Traditional Chinese Medicine, valued mainly for circulatory and cardiovascular support.

Salvia miltiorrhiza (commonly known as Danshen or Red Sage) is a perennial medicinal herb in the mint family (Lamiaceae), native to China and widely used in traditional East Asian medicine.

Botanical description

  • Growth form: Perennial, erect herb reaching about 30–80 cm in height

  • Roots: Thick, branched, and reddish-brown to deep red internally—this red root is the medicinally valued part

  • Stems: Square, slightly hairy, typical of the mint family

  • Leaves: Opposite, ovate to heart-shaped, dark green, serrated margins; underside often lighter

  • Flowers: Small, tubular, blue to violet-purple, arranged in whorls on terminal spikes

  • Flowering period: Late spring to summer

  • Fruit: Small nutlets (typical Lamiaceae fruit)

Habitat & cultivation

  • Grows best in well-drained, sandy or loamy soils

  • Prefers temperate climates with moderate sunlight

  • Cultivated extensively in China, Kashmir, Korea, and Japan, and increasingly in other regions for herbal use

Traditional uses (brief)

Danshen has been traditionally used to support blood circulation, cardiovascular health, and to help with conditions related to blood stasis in Traditional Chinese Medicine.

Health benefits
Supports heart health
Helps improve blood flow
Traditionally used for chest discomfort, angina, and heart weakness
Supports healthy blood vessels
Improves blood circulation
Promotes smooth circulation
Helps reduce blood stasis (a key TCM concept)
Antioxidant protection
Rich in compounds like salvianolic acids
Helps protect cells from oxidative stress
Anti-inflammatory effects

May help reduce inflammation linked to chronic conditions
Supports liver health
Traditionally used in liver stagnation
Studied for protective effects against liver fibrosis
Neuroprotective potential
Research suggests support for brain circulation
May help in memory and cognitive function support
Menstrual & women’s health support
Traditionally used for irregular menstruation and menstrual pain linked to poor circulation
Skin & anti-aging support
Antioxidant action supports skin health
Used in some formulations for acne and pigmentation related to blood stagnation
Important active compounds
Tanshinones – cardiovascular & anti-inflammatory support
Salvianolic acids (A & B) – strong antioxidants

Availability : Roots
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com
___________________________________________________________________
Willow Fertilizer for Plants: Benefits, Uses & Organic Growth Booster
Willow fertilizer made from willow leaves is a natural bio-stimulant that promotes root growth, boosts plant immunity, and improves soil health in organic farming.

Monday, January 12, 2026

From Kashmir Forest to Pharmacy: How the Taxus Tree Gave the World Taxol

Taxus wallichiana
The Taxus tree Kashmir is the natural source of Taxol (Paclitaxel), a powerful anti-cancer drug widely used in chemotherapy. This remarkable medicinal tree has played a vital role in treating breast, ovarian, and lung cancers, highlighting the importance of conserving Taxus species for future medical breakthroughs. 

Availability :Plant
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com


Found in: Himalayas (India, Kashmir, Nepal, Pakistan), China, IRAN & US
Taxus brevifolia is the original source of Taxol, while Taxus wallichiana and Taxus baccata are important modern sources.

The Taxus tree is a slow-growing, evergreen conifer belonging to the Taxaceae family. Himalayan Yew, specifically Taxus wallichiana, is found at altitudes between 1,500 and 3,000 meters in the Himalayas, including Kashmir, Himachal Pradesh, and Nepal. These trees can grow up to 20 meters in height and are characterized by dark green needles and red berry-like arils. Unlike many conifers, Taxus trees contain potent chemical compounds in their bark, leaves, and seeds, making them invaluable to modern pharmacology.

In addition to their medicinal properties, Taxus trees play a vital ecological role. They support biodiversity by providing habitat for birds and small mammals and help maintain soil stability on steep Himalayan slopes. Despite their importance, these trees are endangered due to overharvesting for their medicinal compounds.

The Discovery of Taxol

The journey of the Taxus tree from remote forests to global pharmacies began in the 1960s. Researchers in the United States, searching for plant-based compounds with anti-cancer properties, discovered Paclitaxel (Taxol) in the bark of Taxus brevifolia, the Pacific Yew. This breakthrough inspired scientists worldwide to explore other Taxus species, including Taxus wallichiana in the Himalayas, as alternative sources for the drug.

Taxol works by disrupting the normal function of microtubules in cancer cells, preventing them from dividing and spreading. Its efficacy against aggressive cancers, such as breast, ovarian, and lung cancer, quickly made it a cornerstone of chemotherapy treatment worldwide. The discovery not only highlighted the potential of natural compounds in medicine but also underscored the importance of preserving biodiversity.

Extraction and Modern Production

Initially, Taxol was extracted directly from the bark of the yew tree—a process that killed the tree. This unsustainable method posed a serious threat to wild populations. Over time, scientists developed semi-synthetic production methods, using leaves and needles of Taxus species, which allowed the extraction of Paclitaxel without destroying the trees.

Today, Taxol production involves a combination of plant-based extraction and chemical synthesis, ensuring a reliable supply for global chemotherapy needs while conserving endangered Himalayan Yews. Researchers have also explored cell culture techniques, which grow Taxus cells in laboratories to produce Paclitaxel on a large scale. These advancements highlight the balance between utilizing natural resources and protecting ecological integrity.

Taxus Trees in Kashmir: The Himalayan Connection

Kashmir’s forests are particularly rich in Taxus wallichiana, which thrives in the temperate, moist environment of the region. The needles and leaves of these trees contain taxanes, a group of compounds including Paclitaxel, that form the foundation of anti-cancer drugs. Local communities have traditionally used Himalayan Yew for medicinal purposes, though modern science has unlocked its global potential.

The collection and sustainable cultivation of these trees in Kashmir not only supports pharmaceutical production but also provides economic opportunities for local communities. Cultivation programs, reforestation initiatives, and sustainable harvesting practices are essential to ensure that these trees continue to thrive in their natural habitat.

Medical Impact of Taxol

Taxol has revolutionized cancer treatment since its introduction. It is primarily used in chemotherapy regimens for breast and ovarian cancer, often in combination with other drugs. Its mechanism—stabilizing microtubules to prevent cancer cell division—makes it uniquely effective against rapidly dividing cells. Over the years, millions of patients worldwide have benefited from treatments containing Taxol, demonstrating the immense value of the Himalayan Yew beyond its natural ecosystem.

Moreover, ongoing research is exploring new derivatives of Paclitaxel to improve effectiveness and reduce side effects. Scientists are also studying other Himalayan plants for potential anti-cancer compounds, inspired by the success of Taxol.

Conservation and Sustainability

Despite its importance, the Himalayan Yew faces significant threats. Overharvesting, habitat loss, and climate change have reduced wild populations dramatically. Recognizing this, conservation programs in India, Nepal, and Pakistan aim to protect natural forests, cultivate Taxus trees, and educate local communities on sustainable harvesting methods.

Sustainable cultivation not only preserves biodiversity but also ensures a continuous supply of anti-cancer compounds for pharmaceutical use. Programs that combine conservation with economic incentives—such as community-managed forests—have shown promising results in the Kashmir region.

Conclusion

From the serene forests of Kashmir to modern pharmacies around the world, the Taxus tree has made an extraordinary contribution to medicine. Its natural compound, Taxol, continues to save lives, proving that nature often holds the key to humanity’s greatest challenges. Protecting the Himalayan Yew is not just a matter of conserving biodiversity—it is a commitment to safeguarding future medical breakthroughs and sustaining life-saving treatments for generations to come.

The story of Taxus in Kashmir is a testament to the power of plants in modern medicine, the importance of sustainable practices, and the critical role of conservation in preserving the world’s natural treasures.

Willow Fertilizer for Plants: Benefits, Uses & Organic Growth Booster
Willow fertilizer made from willow leaves is a natural bio-stimulant that promotes root growth, boosts plant immunity, and improves soil health in organic farming.



Sunday, January 11, 2026

Pecans for Radiant Skin: Natural Support for Melanin Production

Copper role in melanin production
Pecans are a nutrient-dense superfood that naturally support melanin production and overall skin resilience. Rich in copper, antioxidants, healthy fats, and essential minerals, pecans help protect melanin-producing cells from oxidative stress while promoting even skin tone and natural radiance. 

Regular consumption of pecans may strengthen the skin’s natural defense against sun damage, dryness, and premature aging. By nourishing the skin from within, pecans contribute to a strong, healthy complexion that reflects long-term wellness rather than temporary glow.

Availability :Hazel,Pecan & Walnuts
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com
------------------------------------------------------------------------------------------------------------------------
Willow Fertilizer for Plants: Benefits, Uses & Organic Growth Booster
Willow fertilizer made from willow leaves is a natural bio-stimulant that promotes root growth, boosts plant immunity, and improves soil health in organic farming.

Friday, January 9, 2026

Pecan Nuts in Ice Cream: A Smart Menu Addition for Restaurants

Pecan Ice Cream: A Rich, Nutty Dessert Loved Worldwide
“Discover the rich, creamy taste of pecan ice cream made with crunchy roasted pecans. Learn about its unique flavor, health benefits, homemade recipe tips, and why pecan ice cream is becoming a premium dessert choice for ice cream lovers worldwide.”

Availability : 1,5,10 & 20 kg packs
(Without shell)

The Jammu and Kashmir Medicinal Plants Introduction Centre
POB 40 GPO, Srinagar,Kashmir-JK 190001
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com

Wednesday, January 7, 2026

Can Himalayan Elm Become a Future Medicinal Crop?

Himalayan Elm -Ulmus wallichiana Kashmir 
Himalayan Elm (Ulmus wallichiana) is a rare medicinal tree native to the Western Himalayas and Kashmir. Traditionally used in Ayurveda, Unani, and Himalayan folk medicine, its bark and leaves are valued for anti-inflammatory, antimicrobial, digestive, and wound-healing properties. 

Himalayan Elm is commonly used to support joint health, digestive balance, respiratory comfort, and skin healing. Beyond medicine, it plays an important role in soil conservation and forest ecology. Due to habitat pressure, Ulmus wallichiana is gaining attention for conservation and sustainable medicinal use, making it a significant part of the Himalayan herbal and ethnomedicinal heritage.

Availability : Trees
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com


Why Dioscorea deltoidea Is One of Kashmir’s Most Valuable Medicinal Plants

Dioscorea deltoidea Kashmir
Dioscorea deltoidea (Wild Yam / Himalayan Yam)  is a valuable medicinal climber native to the Western Himalayas, including Jammu & Kashmir, Himachal Pradesh, Uttarakhand, and Nepal. It has long been used in traditional medicine and is also of high importance to the pharmaceutical industry.

Medicinal Importance
The tubers are rich in diosgenin, a steroidal sapogenin used as a raw material for:
Corticosteroids
Oral contraceptives
Anti-inflammatory drugs
Hormonal medicines
Traditional uses include:
Anti-rheumatic applications
Treatment of asthma and cough
Anti-fertility (folk use)
Pain relief and anti-spasmodic uses


Availability : Tubers/Seeds
WhatsApp : 9858986794
Ph: 01933=223705
e-mail: jkmpic@gmail.com

Tuesday, January 6, 2026

Nut Trees for Profit: A Long-Term Investment with Rising Global Demand

Kashmir’s cool–temperate Himalayan climate, fertile soils, and long winter chill make the region one of India’s most suitable landscapes for nut tree cultivation. Nut trees such as walnut (Juglans regia), Black walnut (Juglans nigra), almond (Prunus dulcis), hazelnut (Corylus avellana), and  chestnut (Castanea sativa) thrive naturally in the valley and adjoining Himalayan belts. These trees are well adapted to snowfall, cold winters, and mild summers, producing nuts of exceptional taste, oil content, and market value.

Among all nut trees, Kashmir walnut holds a global reputation for quality and is a major source of livelihood for rural communities. Almonds provide earlier returns, while hazelnuts and chestnuts are emerging high-value crops suited for diversified orchards and agroforestry systems. Nut trees are long-lived, low-maintenance once established, and offer sustainable income for decades, along with ecological benefits such as soil conservation, carbon sequestration, and biodiversity support.

With rising domestic consumption and export demand for dry fruits, nut tree farming in Kashmir represents a profitable, climate-resilient, and future-oriented agricultural investment for farmers, landowners, and horticulture entrepreneurs.

1. Walnut (Juglans regia) – Best Overall Choice
Climate fit: Excellent (cold winters required)
Altitude: 1,200–2,400 m
Why profitable: Kashmir walnuts are globally famous for quality
Bearing age: 6–8 years
Economic life: 80–100 years
Bonus: Timber + nut income
No.1 nut tree for Kashmir

2. Almond (Prunus dulcis) – Early Income Nut
Climate fit: Good (dry temperate areas)
Altitude: 1,000–2,000 m
Bearing age: 3–4 years
Market: Strong domestic & export demand
Caution: Sensitive to late spring frost
 Ideal for rain-shadow & well-drained slopes

3. Hazelnut (Corylus avellana) – Emerging High-Return Crop
Climate fit: Very good

Altitude: 1,200–2,200 m
Bearing age: 3–5 years
Advantages: Short tree, easy harvest, early returns
Market: Chocolate & bakery industry
Excellent for small landholders

4. Chestnut (Castanea sativa) – Future Climate-Resilient Nut
Climate fit: Good
Altitude: 1,000–2,300 m
Bearing age: 5–7 years
Use: Food, flour, roasting, timber
Trend: Rising demand in health foods
Ideal for agroforestry & marginal lands

5. Pecan (Carya illinoinensis) – Experimental but Promising
Climate fit: Moderate (select cold-tolerant varieties)
Altitude: up to ~1,500 m
Bearing age: 7–10 years
Market: Premium international prices

Availability : Planting material
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com


Peony Flower of Kashmir: The Queen of Himalayan Gardens

Peony Flower Plant

The peony flower, locally admired for its royal beauty, holds a special place in the gardens and natural landscapes of Kashmir. Flourishing in the cool temperate climate of the Kashmir Valley, peonies bloom during late spring and early summer, transforming meadows and home gardens into vibrant displays of pink, white, and deep crimson hues. Botanically known as Paeonia, several species including Paeonia emodi are native to the Western Himalayas and are found in higher altitudes of Kashmir.

Kashmir’s fertile, well-drained soils and long winter chill provide ideal conditions for peony growth, resulting in large, fragrant blossoms and strong perennial plants. Beyond their ornamental appeal, peonies have cultural and medicinal importance in the region. In traditional Himalayan and Unani systems of medicine, peony roots have been used for their anti-inflammatory, antispasmodic, and calming properties.

Availability : Plant eye
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com

Monday, January 5, 2026

Pecan Farming: The Most Profitable Nut Crop in the World

Pecan plant in Kashmir
Pecan nuts command premium prices in global markets due to their unique combination of taste, nutrition, limited supply, and strong demand from high-value food industries. Unlike many other nuts, pecans have a rich, buttery flavor and soft texture that makes them a preferred ingredient in premium bakery products, chocolates, ice creams, and gourmet snacks.

One major reason for higher prices is supply concentration. Nearly 80–85% of the world’s pecan production comes from the United States, with limited commercial production elsewhere. This geographic concentration makes pecans vulnerable to climate fluctuations, increasing scarcity and pushing prices upward in international markets.

Nuts that help increase melanin production are rich in minerals like copper, such as almonds, Pecan, walnuts, and hazelnut, along with seeds like sunflower and sesame seeds, as copper is crucial for melanin synthesis, supporting skin and hair pigmentation; also, foods with vitamins A, C, E, and B6, found in many nuts and other foods, support this process. 

Pecans are also valued for their exceptional nutritional profile—rich in healthy fats, antioxidants, vitamins B and E, and essential minerals. With the global shift toward heart-healthy and plant-based diets, demand for pecans has grown rapidly in Europe, China, Japan, and the Middle East.

Additionally, pecan trees take many years to reach full commercial bearing, which limits quick expansion of supply. Combined with long shelf life, excellent processing quality, and high kernel recovery, pecans remain a preferred choice for exporters and food processors willing to pay premium rates.

As global consumption rises and production remains limited, pecan nuts continue to enjoy strong price stability and long-term premium positioning in international markets.

Pecan Varieties for Kashmir / Uttarakhand/Punjab and other cold degions
1. Stuart
Description: One of the most widely planted commercial pecan cultivars with reliable yields.
Why it’s good: Adaptable to varying climates and moderately cold-tolerant, making it suitable for temperate Himalayan valleys.
Nut quality: Medium to large nuts with good cracking quality.
Use: Great all-purpose variety for fresh market and processing.

2. Mahan
Description: Produces large nuts and performs well in somewhat cooler conditions.
Why it’s good: Early maturing with good adaptability to hill climates.
Consideration: Slightly lower shelling quality compared to some others, but still popular.
Use: Suitable for commercial planting in mid-hills.

3. Western Schley
Description: A well-known classic pecan variety with sweet, thin-shelled kernels.
Why it’s good: Good yields and popular in diverse pecan climates; fairly consistent producer.
Use: Excellent for markets where kernel appearance and eating quality matter.
Note: Performs better where humidity isn’t too high. 

4. Pawnee
Description: Early-bearing, compact pecan cultivar that can start cropping sooner than others.
Why it’s good: Good for growers who want earlier returns and easier management in hill orchards.
Use: Works well in smaller orchards or mixed farms.

5. Caddo and Choctaw (Support Pollinators & Yield)
Why consider: These are robust, high-yielding varieties with good disease resistance.
Best use: Often planted with other varieties for improved cross-pollination (pecans need compatible pollinators of different flowering types) and better overall yield.
Climate: Do well in diverse conditions and are part of commercial pecan plans globally.

Tips for Hill Regions (Kashmir / Uttarakhand/Punjab & other cold regions of India
Chilling requirement: Pecans need about 400–600 hours below ~7 °C to break dormancy and set a good crop. Regions with cold winters and warm summers are ideal. 

Pollination: Plant at least two different compatible varieties nearby to ensure good nut set. 

Spacing & site: Deep, well-drained soils with full sun exposure are crucial.

Pecan Farming and Foliar Spray: Complete Guide for Healthy Trees & High Profit

Pecan farming is emerging as a high-value, long-term agribusiness, especially in temperate and Himalayan regions. However, achieving good nut size, high kernel quality, and consistent yield depends heavily on proper nutrient and plant-protection management.
One of the most effective practices in commercial pecan orchards is foliar (leaf) spraying.

This guide explains why foliar sprays are essential in pecan farming, the best spray schedule, and recommended nutrient, pest, and disease control sprays for maximum profit.


WhyFoliar Spray Is Important in Pecan Farming

Foliar sprays allow nutrients and plant-protection chemicals to be absorbed directly through leaves, making them faster and more effective than soil application alone.

Key benefits:

  • Corrects zinc, boron, and magnesium deficiencies
  • Improves flowering and pollination
  • Increases nut set and kernel filling
  • Controls pests and fungal diseases
  • Enhances nut size, quality, and market value

Proper foliar spray management can increase pecan yield by 20–30% in commercial orchards.


CommonNutrient Deficiencies in Pecan Trees

Pecan trees are especially sensitive to micronutrient deficiencies, particularly zinc.

Nutrient

Deficiency Symptoms

Zinc

Small leaves, poor nut set

Boron

Flower drop, empty nuts

Magnesium

Yellowing of older leaves

Nitrogen

Weak growth, low yield

Foliar spraying is the fastest solution to these problems.


EssentialFoliar Sprays for Pecan Trees

1. Nutrient Foliar Spray (Growth & Yield Booster)

Best time: Early spring and early summer

Recommended dose (per 10 liters of water):

  • Zinc Sulphate – 5 g
  • Boric Acid – 1 g
  • Magnesium Sulphate – 5 g
  • Urea – 10 g

Benefits:

  • Strong vegetative growth
  • Better flowering and nut development
  • Improved leaf color and photosynthesis

2. Zinc Spray (Most Critical for Pecans)

Zinc deficiency is the most common problem in pecan orchards.

Dosage:

  • Zinc Sulphate 0.5% (5 g per liter)

Spray schedule:

  • 2–3 sprays at 20–25 day intervals

3. Flowering & Nut Set Spray

Stage: Pre-flowering and fruit set

Spray combination:

  • Boron 0.1%
  • Seaweed extract 2–3 ml per liter

Benefits:

  • Better pollination
  • Reduced nut drop
  • Uniform nut size

4. Pest Control Foliar Spray

Common pecan pests:

  • Aphids
  • Mites
  • Leaf miners

Control options:

  • Neem Oil 3–5 ml per liter (organic option)
  • Imidacloprid (as per label recommendation)

⚠️ Avoid spraying during peak flowering to protect bees.


5. Disease Control Spray

Common diseases:

  • Leaf spot
  • Scab
  • Fungal infections during rainy season

Recommended fungicides:

  • Copper Oxychloride – 2.5 g per liter
    OR
  • Mancozeb – 2 g per liter

When to spray: After rainfall or in humid conditions.


IdealFoliar Spray Schedule for Pecan Farming

Growth Stage

Recommended Spray

Early Spring

Zinc + Nutrient spray

Pre-Flowering

Boron + Seaweed

Fruit Set

Zinc + Magnesium

Mid-Summer

Pest control spray

Rainy / Humid Period

Fungicide spray

Late Summer

Light nutrient spray


Best Time & Method for Foliar Spraying

  • Spray early morning or late evening
  • Avoid spraying during hot afternoons
  • Use clean water and fine mist sprayers
  • Ensure full leaf coverage, especially underside

OrganicFoliar Spray Options for Pecan Orchards

  • Seaweed extract
  • Fish amino acid
  • Neem oil
  • Panchagavya
  • Compost tea

These improve soil-plant health and are suitable for organic pecan farming.

pecan foliar spray, pecan nutrient spray, pecan zinc deficiency, pecan pest control, pecan farming management, pecan tree care, commercial pecan cultivation,


HowFoliar Spray Improves Profit in Pecan Farming

With correct foliar spray management:

  • Yield increases by 20–30%
  • Nut quality improves (export grade)
  • Tree health and orchard life improve
  • Long-term farm income becomes stable

Pecan farming combined with scientific foliar spraying can become a highly profitable, future-proof farming system.

Availability : Plant/Seeds
WhatsApp : 9858986794
Ph: 01933-223705
e-mail: jkmpic@gmail.com