Miscanthus x Giganteus clon Illinois Planting Material: Bulk-Sale

Our company is the sole and exclusive supplier of Miscanthus Giganteus, Illinois clone, holding all official rights to this variety. We want to emphasize that we currently have no representatives anywhere. Please be vigilant and cautious to avoid falling victim to scammers!

For collaboration and negotiations, we request that you contact us exclusively through our official email address at info@miscanthus.group. We do not use Gmail for business correspondence.

BASIC

Why Do Farmers Choose Our Planting Material?

Elite Lineage & Rhizome Performance

Everything starts from the M0 class seedlings, cultivated from elite, virus-free cells of the original Miscanthus x Giganteus Clone Illinois (MxG) developed in Illinois, USA. From these M0 seedlings come our first- and second-generation rhizomes—the “demigod” descendants of this elite lineage. Unlike typical market rhizomes, which are often propagated over multiple generations and lose genetic strength, our rhizomes deliver up to 20-30% higher biomass yields and significantly increased germination rates.

We have established a structured certification system, overseen by internationally recognized organizations like Bureau Veritas. This system guarantees that clients receive verified, productive planting material, rather than lower-generation stock.

Our certified process includes several key stages:

Transportation to Adaptation Complex: Each shipment is carefully tracked, with records confirming safe arrival at the adaptation complex.
Adaptation Completion: In a controlled environment, seedlings gradually acclimate to open-ground conditions. This stage is fully documented and certified to ensure the seedlings are prepared for field planting.
Field Planting: Once adapted, seedlings are planted in open fields under optimal conditions to support maximum growth.
Harvesting: After three years, the rhizomes are harvested using specialized equipment, with full traceability back to their original, disease-free M0 class stock.

HIGH-YIELDS

Field studies across Illinois demonstrate the productive potential of Miscanthus Giganteus, with yields varying by location, crop age, and climate. Unfertilized plants in Illinois trials produced:

24.2 tons per hectare in Northern Illinois
38.3 tons per hectare in Central Illinois
39 tons per hectare in Southern Illinois

On our organic fields, the productivity of Miscanthus Giganteus plantation has remained consistently high without the use of fertilizers. Over the past three years, we have achieved average yields of 22-26 tons per hectare, reaching peak yields of up to 33 tons per hectare.

ADVANCE

Rhizome Specifications, Pricing, Storage & Shipping

Ideal Use Case

Mothercrop Plantation Establishment

Commercial Biomass Plantation Establishment

Expected Biomass Output

18-32 tonnes *

18-26 tonnes *

15-20 tonnes *

Lifespan

25 years

20+ years

15+ years

Rhizome Production Rate per Plant

100+ *

40+ *

10 - 15 *

Recomended Planting Density

26.700 pcs per ha

17.800 pcs per ha

Replanting Requirement

Non-Invasive Variety

Officially Registered Variety (EU & Ukraine)

Approved for Commercial Cultivation (EU & Ukraine)

Price

from € 0,20

from € 0,16

from € 0,14

The expected biomass output of Miscanthus Giganteus varies based on several key factors, including soil quality, planting density, fertilization practices, weed control, and regional climate conditions. Achieving optimal yield also depends on consistent adherence to recommended agronomic practices, such as proper planting, maintenance, weed control and harvesting agritechnics.

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Our pricing is structured to reflect the quality and performance of our Miscanthus Giganteus rhizomes, ensuring long-term value and reliability for our clients. We are committed to transparency and fairness in our pricing approach and work closely with our customers to accommodate specific project needs and budget considerations.
At every step, we prioritize building lasting relationships with our clients, founded on trust, respect, and mutual growth. Our goal is to provide not only the highest quality planting material but also a partnership that supports your success in sustainable Miscanthus cultivation.

< 100.000 pcs

€ 0,30 per pc.

€ 0.22 per pc.

< 500.000 pcs

€ 0,25 per pc.

€ 0,20 per pc.

< 1.000.000 pcs

€ 0,22 per pc.

€ 0,18 per pc.

< 5.000.000 pcs

€ 0,20 per pc.

€ 0,16 per pc.

5,000,000+ pcs

Custom Pricing Available

Rhizome Packaging, Storage & Shipment

After extraction and processing (washing, sorting, cutting, and antifungal treatment), our Miscanthus Giganteus rhizomes are packed in 400 kg big bags, each containing approximately 26,700 rhizomes. Within a maximum of six hours post-extraction, packed rhizomes are transported from the nursery to pre-shipment storage facilities, where they are maintained under controlled conditions—temperature (0-3°C) and humidity (75%)—to preserve quality.

Our rhizomes are supplied on an FCA Popovača (Sisak-Moslavina County, Croatia) basis under Incoterms. Shipments are loaded onto refrigerated trucks, with each load accommodating up to 750,000 rhizomes in big bags (26 EPAL pallets), suitable for planting on 30-50 hectares.

ADVANCE

Best Practices for Establishing a Miscanthus Plantation

1

Soil Testing and pH Adjustment

Begin by conducting a comprehensive soil test to determine nutrient levels, pH, and soil structure. Miscanthus grows best in soil with a pH between 5.5 and 7.5. If necessary, adjust the soil pH to bring it within this range—applying lime to raise pH or sulfur to lower it. Balanced soil conditions provide a strong foundation for Miscanthus growth and biomass yield.

2

Pre-Planting Weed Control

Prior to planting, eliminate weeds to minimize competition for resources. Apply a broad-spectrum herbicide (such as glyphosate) to actively growing vegetation, focusing on persistent perennial weeds. Allow a minimum of 10 days post-application for the herbicide to fully penetrate and clear out weeds.

3

Fertilization and Soil Conditioning

While Miscanthus typically requires minimal fertilization initially, it benefits from a balanced nutrient base. Based on soil test results, apply organic manure or compost to enrich the soil, particularly with nitrogen, phosphorus, and potassium. Avoid fertilizing after planting to prevent nutrient competition with weeds.

4

Preparing a Fine Seedbed

Prepare the soil by tilling it to create a smooth, fine seedbed. Break down large clumps, remove any rocks or debris, and level the surface. A well-prepared seedbed provides consistent soil contact for the rhizomes, supports strong root establishment, and encourages even growth across the plantation.

5

Storage and Handling of Rhizomes

Proper handling of rhizomes is essential to maintain their viability. After rhizomes are delivered from cold storage, store them in a cool, shaded area with good airflow. Mist them daily to retain moisture and prevent dehydration, as over-drying can reduce their effectiveness. Keep rhizomes in dark, humid conditions until they are ready for planting.

6

Field Loading to Minimize Soil Compaction

Transport rhizomes to the planting area with minimal soil compaction in mind. Load them onto planters at the field boundary to avoid unnecessary soil compression within the planting area.

7

Hydration During Planting

Ensure rhizomes remain hydrated throughout the planting process, particularly in warm or dry weather. If temperatures are high, consider misting the rhizomes or covering them temporarily to prevent moisture loss.

8

Planting Density and Optimal Spacing

For high biomass yield, adhere to recommended planting density. A density of approximately 17,800 rhizomes per hectare, with a spacing of about 0.75 meters (75 cm) in a staggered, chessboard pattern, allows for optimal air circulation, sunlight exposure, and root system expansion.

9

Light Rolling for Soil Contact

After planting, lightly roll the soil to ensure firm contact between rhizomes and soil. This step eliminates air pockets around the rhizomes and minimizes soil compaction, creating an ideal environment for root establishment and early growth.

10

Initial Weed Management

During the establishment phase, Miscanthus requires vigilant weed control to ensure that young plants are not competing with weeds for essential resources like light, nutrients, and water. In the first growing season, monitor the plantation closely and manage weed growth as necessary. For best results, apply selective herbicides that target unwanted weeds without impacting Miscanthus. Effective weed management in the first year is crucial for establishing a dense, healthy stand, setting the stage for strong growth in the following years.

11

Mulching for Winter Protection and Nutrient Enrichment

In December of the first year, it is recommended to mulch the Miscanthus biomass and refrain from harvesting it. Mulching at this stage serves multiple purposes: it provides insulation, protecting the plants from winter cold, and helps retain soil moisture. As the mulch decomposes, it enriches the soil with organic matter, enhancing soil health and fertility.

12

Harvesting and Long-Term Yield Expectations

Starting from the second year, the Miscanthus plantation can be harvested with an initial yield of around 8 tonnes per hectare. By the third year, the plants will be fully established, reaching their maximum productivity.

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