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Grain Yield Increase and Disaster Reduction by “Fen long” Technology Invented in China Contributing to Improve the Better Future of Human Being

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5 years ago

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Editor’s Note:

In recent years, natural disasters such as drought and waterlogging occur frequently. Climate warming has triggered various disasters that affect existence, which has brought unprecedented challenges to grain production, ecological environment and world peace maintenance. “Fen long” technology, the new method of farming invented by Wei Benhui, the Chinese inventor, can help to solve these problems in the world to a certain extent and make the human future better by multiple using “5 kinds of resources”, soil and its cubic natural rainfall, oxygen, temperature, humidity and solar energy.

In August 2021, the yield of highland barley in the saline-alkali soil, which was transformed by “smash-ridging” technology in Zangzhong Village, Zhaqi Town, Zhanang County, Shannan City, Tibet, China, the roof of the world, increased by 38.67%. The highland barley yield of smash ridging sand soil farmland in Kemai Community, Changzhu Township, Naidong District, increased by 1121.73 kg, with 25.43% of increase range, and the straw yield also increased by more than 20%. Peng Xinhua, the researcher of Nanjing Institute of Soil Science, Chinese Academy of Sciences has implemented smash-ridging sweet potato experiment in Jiangxi Province, and the result was that the yield increased by 89% to 117%. The maximum production increase of wheat of heavy coast saline-alkali soil in Dongying City, Shandong Province was 154.22% after being transformed by “smash-ridging” technology. The production increase of cotton of heavy saline-alkali soil in Yuli County, Xinjiang Autonomous Region was yet 81.17% in the fourth year after being transformed by “smash-ridging” technology. Over the past decade, “smash-ridging” technology was applied to nearly 50 kinds of crops such as rice, corn and wheat in 28 provinces such as Guangxi and Xinjiang, and no more rich water, pesticide or other production costs was required while the production increase was generally 10% to 50%, the quality was improved by 5% and the increase production in saline-alkali soil was 20% to 100% after transformation. Experts estimated that, the natural disaster such as waterlogging, drought, high temperature and low temperature may be reduced by more than 20%, and soil environment improvement,and crop biomass increase will reduce carbon by more than 10% and increase  ground air humidity by 10%.

Invented by Wei Benhui from Guangxi Academy of Agricultural Sciences, “smash-ridging” technology is a major new method of farming, which can realize a new round of production increase, quality improvement, water conservation, disaster reduction, carbon reduction and sustainable development of agriculture and contribute to widen the space of human existence and development.

In March 2021, “smash-ridging” technology was shown on the world’s No. 1 screen in Times Square, which stated that the smash ridging agricultural machinery and smash ridging farming that would not mess the soil layers for ultra deep ploughing had broken through worldwide problems such as “physical” production increase of agriculture and physical transformation of saline-alkali soil. “Smash-ridging” technology which has shocked the world is common technology, common welfare and common wealth of all mankind.

The advert of “smash-ridging” technology marks that the world has ushered in a very rare new agricultural revolution. The technology is simple, widely applied and sustainable for hundreds of years. It has realized increase of grain production and decrease of disaster to benefit human being.

1. Creating subversive fifth farming mode, which is worldwide used

“Smash-ridging” technology is named after vertical burying, high-speed rotary-cut smash soil, ridge and suspend by using spiral, hollow and other “drill” farming tools invented by Wei Benhui, instead of the “plow” which has been used for 5,500 years. “Smash-ridging” technology has become the fifth efficient farming mode after slash-and-burn cultivation, man power, animal power and tractor ploughing in the history of human farming. “Smash-ridging” technology structured “smash-ridging agriculture” technology system that matches smash-ridging agricultural machinery, smash-ridging farming and smash-ridging cultivation and overturned traditional farming way and agricultural production technical philosophy by using the scientific concept of “ultra deep ploughing and deep loosening the soil without messing the soil layers”. The worldwide universal technology expands the space for human existence and development, and its scientific connotation and characteristics are as below:

First of all, fully excavate natural resource utilization that the earth feeds human being. With 5 kinds of natural resources, soil, the grain producer which the mankind survives on, natural rainfall, oxygen, temperature and humidity and solar energy, once more multiple positive utilization can be realized on the basis of existent farming and agricultural utilization to promote a new round of agricultural production increase, quality improvement, water conservation, disaster reduction, carbon drop and sustainable development.

Secondly, trigger deepening utilization of the surface soil of earth with a light force. Loosened soil increases several times over., and most of soil is granular, and granular structure surface is smooth. Unit weight decreases by 10% to 20%, and available nutrient increases by 10% to 30%. Basic fertility improves by 10% to 30%, and applying quantity of chemical fertilizer for planting crop can reduce by more than 10%.

Thirdly, create cultivated land reservoir with loosened soil and expanded volume. Natural rainfall reserves approximately double, which provides conditions for human being to utilize rainwater and snow water again. Soil porosity enlarges approximately and oxygen increase approximately by one time. Soil microbial community and quantity increase by almost multiple times.

Fourthly, create soil ecological environment that is suitable for crop growth. Smash ridging cultivation requires soil ecological environment with balanced water, fertilizer, gas and heat. The crop takes roots in the earlier stage, strengthens in the medium stage and becomes powerful in the later stage. It features production increase and quality improvement with resistant to drought, high and low temperature. The root system is particularly developed with fibrous root increasing and activity strengthening. The photosynthetic efficiency improves by 10% to 30%, and the stress resistance such as drought and high and low temperature improves by approximately 20%, while  biomass increases by 20% to 30%.

Fifthly, create suitable environment for crops based on ecological conditions in which high agricultural yield is still available and consumption of agricultural “chemicals” is achievable even the consumption of fertilizer and pesticide can be reduced by more than 10% and some plastic mulch can be reduced. Some of polluted soil can be “purified itself”. For example, reduction of heavy metal pollution (reduction of cadmium content of rice) is a physical effect that other chemical means can hardly match.

Sixthly, realize no ecological area or crop variety limit. Almost all crops and some traditional Chinese medicinal materials in rice field, dry land and even saline-alkali soil can be applied to from Hainan Province at low latitude (18°N) to Xinjiang and Heilongjiang at high latitude (45° to 50°N), from Beihai of Guangxi at low altitude (10 to 15 metres) to Shigatse of Tibet at high altitude (over 4,000 metres), which indicates that there is no obvious limit on ecological area or crop variety, and it can be generally used in the world.

2. Application in China’s cultivated land and saline-alkali soil in 2021, with outstanding results

Test on smash ridging has been implemented in many places of China, and the result showed that comparing with traditional cultivation, the yield of rice increased by 15.5%, that of corn increased by 12.26%, and that of peanut increased by 8.05% with no fertilization.

“Smash ridging” technology has been applied to 50 kinds of crops such as rice, corn, wheat and potato in 28 provinces all over China for more than a decade, and production increase achieved 10% to 50%, and production increase in saline-alkali soil after being transformed achieved 20% to 100% with no increasing fertilization or irrigation volume. There are many cases of production increase in various places. In Yuanjiang City of Hunan Province, yield of smash ridging rice increased by 26.5% in that year, and it still increased by 12% in the fourth year after the first smash ridging cultivation. The yield of smash ridging wheat in Fuping, Shaanxi Province increased by 29.9%, and that of the second crop of corn increased by 34.89%. The average production increase of rained farming sugarcane was 32.5%.

In 2021, the cases of production increase with “smash-ridging” technology occurred frequently, and the results are outstanding.

Firstly, rice production continuously increases with “smash-ridging” technology. Yaoguao Town, Longhui County, Hunan Province used to be the breakthrough point where Academician Yuan Longping’s hybrid rice yields reached 900 kg per mu. In April 2014, “smash-ridging” cultivation was implemented, and the yield of hybrid rice increased by 25% in that year. It has been the 8th year since “smash ridging” technology was implemented, but the yield of hybrid rice is expected to increase by 10% or so. The yield of second crop of rice after rice smash ridging was implemented in Yongan Village, Shifu Town, Nanning City, Guangxi Autonomous Region increased by 9.5%.

Secondly, smash ridging water conservation and continuous high yield lasted for many years. In 2021, the third year after “smash-ridging” technology was implemented in Yanshan, Cangzhou City, Hebei Province, the yield of wheat with water conservation increased by 18% with irrigation reduction by nearly 2,000 cubic metres per hectare. In 2021, the sixth year after “smash-ridging” technology was implemented in Fanjiazhai Village, Guyang Town, Lankao County, Henan Province, the yield of wheat increased by 10.3%.

Thirdly, “smash-ridging” agriculture and saline alkali soil transformation in highland region. As previous statement, the yield of highland barley of saline alkali soil in Tibet, the roof of the world, increased by 38.67%, that of highland barley of sand soil cultivated land with “smash-ridging” technology increased by 25.43%, that of highland barley straw increased by more than 20%, which can effectively solve the problem of lack of grain and feed in Tibet.

Fourthly, the history of high yield of sugarcane in a large area with “smash-ridging” technology was made. “Smash-ridging” technology “145” demonstration base for planting sugarcane was built in Guangxi Academy of Agricultural Sciences. On March 6, 2021, upon experts’ acceptance, it increased by 38.3% than conventional cultivation. “Smash-ridging” technology “145” demonstration in Binyang of Guangxi, is expected to make history of green ecological high yield of sugarcane in a large area with entire mechanization to bring a sample for China’s and the world’s sugarcane planting technology.

3. Increasing grain yield and decreasing disaster by conforming to the nature, and all the mankind getting a better future

The best living quality and survival and development environment with abundant and tasteful food, fresh air and visible blue sky and cloud are mankind’s good wishes.

The earth is endowed with 5 kinds of inexhaustible natural resources, soil and its stereoscopic spatial natural rainfall, oxygen, temperature and humidity and solar energy. Soil is the “producer” of grain and other agricultural products the human being survives on and the “regulator” of natural environment to relieve drought, waterlogging and other natural disasters. In order to realize the above dreams, human being has to profoundly comprehend and properly utilize the “5 kinds of natural resources”, which is the fundamental obedience to the rules of resource utilization for mankind’s survival. For a country, the more proper utilization rate of “the 5 kinds of natural resources” of the stereoscopic space, the more secure grain and ecology in the country, the more fortunate of national life, which is also in this way for all the world and all the mankind.

The core of “smash-ridging” technology is to multiply sound utilization of the above “5 kinds of natural resources”. Its pioneering scientific contribution is based on the principle of “ultra deep cultivation and deep loosening (by utilizing the soil resources of plough sole which human being has not utilized yet), loosening soil at original site, granular soil, once off completion of soil preparation., and no tillage or light tillage for conservation tillage for years”. Meanwhile, “smash-ridging” technology is almost applied to various land resources including cultivated land and saline alkali soil so that agricultural available resources have expanded substantially. Furthermore, yield increase can be maintained with properly reducing fertilization. Additionally, it is easy to popularize and apply, and it is merely to replace tractor “plough” cultivation with smash ridging “drill”. Rice field is 25 cm deep, and dry land is 35 cm deep, and saline alkali soil is 40 cm deep. Expected effect is achievable with no excessive input or technical instruction required.

Wei Benhui said that invention of spiral and hollow “drill” tillage implements would certainly bring a major change of tillage implements and modernization of series products of smash ridging agricultural machinery equipment. The world will usher in great new times of “smash-ridging agriculture”.

According to expert’s estimates, if 1 billion mu of farmland and 300 million saline alkali land are cultivated in China, 130 billion kg of grain can be increased every year and 300 to 400 million more people can be fed. If land “smash-ridging” technology is implemented in 50% of farmland in the world, yield of grain can be increased and more people can be fed.

With “smash-ridging” technology, 40 to 50 cubic metres of natural rainfall reserve can be increased for cultivated land per mu, and drought, waterlogging and other disasters can be reduced. Recently, heavy waterlogging occurred in Henan Province. Because light tillage is carried out in most of cultivate land (most of loosened soil of plough layer is 12 to 15 cm), the soil of button layer is compacted and moves upward due to rolling by tractor wheels for years. Adding the road extension and ground hardening in the villages, there is no more place for water reservation. If “smash ridging” technology is implemented in half of cultivated land, such affect of rainstorm can be reduced greatly. Also, with improving smash ridging soil environment and significant increasing crop biomass, the goals including carbon reduction, peak carbon dioxide emissions and carbon neutralization can be achieved early, and global warming can be relived greatly.

“Smash-ridging agriculture” and its entire production technology system invented and created by Wei Benhui have surpassed the existent agricultural production mode and have been affirmed and supported by Yuan Longping and other more than 10 Chinese academicians. The technology system has been practiced to almost all crop varieties from low latitude to high latitude and from low altitude to high altitude. It can be popularized globally and is expected to be a new mainstream technology in the world to lead the trend of agricultural cultivation development. The future will be better for all mankind. (Written by Heng Yi)

[Character Introduction]

Wei Benhui, the inventor of “smash-ridging” technology, Chinese cultivation expert, secondary researcher of Guangxi Academy of Agricultural Sciences, has acquired 21 achievements in sugarcane, Chinese yam, potato, cassava and “smash-ridging” technology, 18 national, provincial and ministerial awards, 15 invention patents. He has bred 26 new varieties of Chinese yam. Additionally, he has published 10 works such as China’s Ecology for Grain Increase with Smash Ridging Alive Soil and Chinese Yam Cultivation as well as more than 170 papers. He has won the titles of National Outstanding Scientific and Technological Worker of China, Special Allowance Expert of the State Council, Guangxi Excellent Expert, Guangxi Outstanding Contribution Expert, Guangxi Most Beautiful Scientific and Technological worker, etc.

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Press Release

Design Without Borders: How VakkerLight Is Redefining Global Access to High-End Lighting

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9 hours ago

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April 15, 2026

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Chicago, IL, 15th April 2026, ZEX PR WIRE — There was a time when great design was tied to geography.

If you wanted access to high-end lighting, you went where it lived, Milan, Paris, New York. You worked with local showrooms, relied on trade connections, and navigated long lead times to bring those pieces into your space.

That model no longer holds.

Today, design moves globally, instantly. And companies like VakkerLight are helping redefine what it means to access, produce, and deliver high-end lighting in a connected world.

The End of Geographic Exclusivity

The internet didn’t just change how products are sold, it changed who has access to them.

Design that was once limited to architects and industry insiders is now available to homeowners, small business owners, and independent designers around the world. Inspiration travels faster. Expectations rise.

But access alone isn’t enough. The real challenge is delivering that level of design quality consistently, across borders, without compromising on materials, craftsmanship, or experience.

This is where companies like VakkerLight are setting a new standard.

Global Sourcing, Unified Vision

Modern lighting production is inherently global. Materials, components, and expertise come from different regions, each contributing something specific to the final product.

The challenge is not sourcing, it’s coherence.

Without a strong design vision and tight operational control, globally sourced products can feel fragmented. Inconsistent finishes, mismatched components, and uneven quality are common pitfalls.

VakkerLight addresses this by maintaining a centralized design philosophy while coordinating a global supply network. The result is lighting that feels cohesive and intentional, regardless of where its components originate.

Logistics as a Design Discipline

Shipping a lighting fixture is not simple. Fixtures are fragile, often complex, and require careful handling from factory to final installation.

Delays, damage, and miscommunication can quickly erode the value of even the best-designed product.

This is why logistics has become an extension of design itself. The experience of receiving and installing a fixture is part of how the product is perceived.

VakkerLight supports its global reach with regional warehousing and streamlined distribution systems, ensuring that products arrive efficiently and reliably, a critical factor for both residential customers and large-scale commercial projects.

Serving Both Individuals and Industry

One of the defining characteristics of modern lighting brands is their ability to serve multiple audiences simultaneously.

A homeowner selecting a single pendant for a dining room has different needs than a developer sourcing hundreds of fixtures for a hotel or multi-unit project. Yet both expect the same level of quality, consistency, and service.

VakkerLight operates across this spectrum, offering scalable solutions that meet the demands of individual buyers while supporting the complexity of professional design and construction projects.

Consistency at Scale

Scaling design is difficult.

As companies grow, maintaining quality becomes more challenging. Production increases, supply chains expand, and the margin for error widens.

The brands that succeed are those that build systems capable of maintaining consistency, not just in the product itself, but in the entire customer experience.

For VakkerLight, this means integrating design, manufacturing, and logistics into a cohesive operation where each stage reinforces the next.

A New Global Design Economy

We are entering a phase where design is no longer defined by location, but by access, execution, and reliability.

Consumers expect to discover a product online, understand its quality, and receive it without friction, regardless of where they are. Designers expect partners who can deliver custom or large-scale solutions across borders without compromising timelines.

This is the new standard.

VakkerLight is part of a growing group of companies meeting that expectation, combining global reach with design integrity to make high-end lighting more accessible than ever before.

Where It’s Going

The future of lighting is not just about better products. It’s about better systems.

Systems that connect design to manufacturing. Manufacturing to logistics. Logistics to customer experience.

As these systems become more refined, the gap between local and global design will continue to shrink. What will matter is not where a product comes from, but how well it is conceived, made, and delivered.

In that landscape, companies like VakkerLight are not just participating, they are helping define what comes next.

To learn more visit: https://vakkerlight.com/pages/contact-us

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Press Release

WanliFlooring Develops Integrated Flooring Solutions for Residential and Commercial Projects

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9 hours ago

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April 15, 2026

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China, 15th Apr 2026 – As material choices in residential and commercial construction continue to diversify, demand for environmentally responsible and high-performance building materials is steadily increasing. Against this backdrop, Shandong Wanli Decorative Materials Co., Ltd., a China SPC flooring supplier and manufacturer based in Liaocheng, Shandong Province, China, has expanded its presence in the global flooring materials sector through ongoing development in production capacity and manufacturing processes.

Company Overview
Core Business and Industry Positioning
Shandong Wanli Decorative Materials Co., Ltd. focuses on the production and distribution of environmentally conscious flooring materials. Its primary product portfolio includes SPC (stone plastic composite) flooring, LVT (luxury vinyl tile) flooring, and laminate flooring, complemented by a full range of flooring accessories.

As a comprehensive decorative materials manufacturer, the company operates integrated production facilities designed to support large-scale manufacturing and stable supply. It currently maintains 10 production lines and is planning to expand to 20 lines following the completion of a new manufacturing facility. Its products are distributed across multiple international markets, supporting a range of residential, commercial, and project-based applications.
Company History
The company has been active in the flooring industry for approximately two decades. It began operations in 2006 as a laminate flooring workshop and has since expanded into a broader manufacturing platform.
In 2011, Chiping Xinfeng Wood Co., Ltd. was established to expand engineered flooring capacity.
In 2018, Shandong Wanli Decorative Materials Co., Ltd. was formally established to focus on SPC flooring production, alongside Liaocheng Desco Decorative Materials Co., Ltd., which manages international trade operations.
In 2022, Shandong Wanli New Materials Co., Ltd. was established in Jinan, Shandong Province, China, to further support global market expansion.
In 2023, the company introduced LVT flooring products, completing a more comprehensive product portfolio.
In 2024, extrusion equipment for SPC flooring was upgraded to improve production efficiency.
In 2025, large-format engineered flooring press equipment was added to expand product specifications.
In 2026, the addition of 10 new production lines is expected to significantly increase manufacturing capacity.
Through ongoing upgrades in production technology and capacity, the company continues to expand its ability to supply flooring materials across multiple categories.
Core Products
SPC Flooring
SPC (stone plastic composite) flooring is manufactured using natural calcium carbonate and PVC through high-pressure extrusion processes. The material is characterized by water resistance, dimensional stability, and resistance to wear and impact. It is commonly used in residential, commercial, and project-based environments.
Dry Back LVT Flooring
LVT flooring, also referred to as luxury vinyl plank (LVP) or luxury vinyl flooring (LVF), is a resilient flooring material constructed with a PVC base layer, a printed design layer, and a wear-resistant surface. It offers a range of visual finishes, including wood and stone textures, and supports installation methods such as glue-down (dry back) and click systems. It is widely used in residential and commercial interiors.
Laminate Flooring
Laminate flooring is composed of multiple layers, including a wear layer, decorative layer, high-density fiberboard (HDF) core, and a balancing layer. It is designed to provide durability, surface resistance, and a wide range of visual patterns, making it suitable for both residential and commercial applications.
Floor Accessories and Installation Systems
The company also supplies installation-related products, including sealants, moisture barriers, trims, baseboards, underlayments, and maintenance products. These components are intended to support installation efficiency and long-term product performance.

Industry Position
Integrated Manufacturing Structure
The company operates as a direct manufacturer integrating production and sales functions. This structure enables greater control over production timelines, customization processes, and supply chain coordination.
Customization Capabilities
OEM and ODM services are available across product design, manufacturing, packaging, and delivery. These services are designed to accommodate varying technical and market requirements.
Manufacturing Capabilities
Production System
The company currently operates 10 production lines, including:
3 laminate flooring production lines
6 SPC flooring production lines
1 LVT flooring production line
Following planned expansion, total capacity is expected to reach 20 production lines, supporting increased output and broader product availability.

Quality Management
Operations are aligned with ISO9001 quality management standards, ISO14001 environmental management standards, and CE certification requirements. A standardized quality control system is applied across raw material sourcing, production processes, and final product inspection to support product consistency and compliance.
Application Value
Durability and Stability
Material selection and manufacturing processes are designed to maintain structural stability under varying environmental conditions. Production tolerances are controlled within defined limits, and quality inspection procedures are applied throughout the manufacturing process.
Installation and Maintenance
SPC and laminate flooring products utilize click-lock installation systems, supporting simplified assembly. Damaged sections can be replaced individually without removing the entire floor. Dry back LVT flooring requires adhesive installation and is typically handled by experienced installers.

Application Versatility
The product range is suitable for residential spaces such as bedrooms and living rooms, as well as high-traffic commercial environments including retail, education, and public facilities. Product specifications can be adapted based on usage requirements.
Design and Surface Finishes
The flooring products are available in a range of surface designs, including wood, stone, and textile-inspired finishes. Surface treatments such as embossed-in-register (EIR), matte finishes, and textured effects are used to enhance visual depth and material appearance.
Summary
Shandong Wanli Decorative Materials Co., Ltd. is a flooring manufacturer integrating research and development, production, and sales. Its product portfolio includes SPC flooring, LVT flooring, laminate flooring, and related accessories.
With an established production system, standardized quality management, and flexible customization capabilities, the company supplies flooring materials to international markets across multiple application scenarios. Future development plans include continued expansion of production capacity and further participation in global markets.
Contact Information
Contact: Joy Tian
Website: www.wanliflooring.com

Media Contact

Organization: Shandong Wanli Decoration Materials Co., Ltd

Contact Person: Joy Tian

Website: https://wanliflooring.com/

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Country:China

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Press Release

West Red Lake Gold Drills 904 Complex Hitting 215.26 grams per tonne Gold over 5.35 Metres

Published

9 hours ago

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April 15, 2026

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We plan to keep two drills turning in the 904 Complex for the remainder of 2026, providing continuous news flow and updates as they become available

Canada, 15th Apr 2026– Global Stocks News – Sponsored content disseminated on behalf of West Red Lake Gold. On April 13, 2026, West Red Lake Gold Mines (TSXV: WRLG) (OTCQB: WRLGF) announced drill results from the Austin 904 Complex at its Madsen Mine Project in Ontario, Canada.

Situated at the bottom of Main Austin, starting at approximately 650 metres depth, the 904 Complex is a high-grade panel of mineralization, about 200 square metres, the equivalent of seven regulation NFL football fields.

This area has seen very little mining historically, leaving the main mineralized zone mostly intact. That is expected to allow for larger stopes and more efficient development and extraction from this high-grade area.

“The 904 Complex in lower Austin is steadily growing into a very important part of the future at Madsen,” stated Will Robinson, VP of Exploration in the April 13, 2026 press release. “Having only just gained access to this area for drilling in late 2025, the results received to date are highly encouraging.

“For historic comparison,” continued Robinson, “The High-Grade Zone discovery by Goldcorp Inc. in Red Lake was initially established on nine holes with a weighted average grade of 311 grams per tonne gold, uncapped, over 2.3 metres[1] – we already have multiple results received to date out of 904 that exceed these grades and thicknesses.”

Previously released 904 highlights include 11.2 metres @ 26.16 g/t gold, 3.55 metres @ 37.87 g/t gold, 7.8 Metres @ 139.45 g/t gold, 7.7 metres @ 18.31 g/t gold, 8.7 metres @ 74.70 g/t gold, 4.3 metres @ 30.16 g/t gold.

Also, 4.75 metres @ 219.73 g/t gold, 2.5 metres @ 133.13 g/t gold, 3 metres @ 148.36 g/t gold, 5 metres @ 36.06 g/t gold, 3.15 metres @ 41.90 g/t gold.

In the video below, Robinson breaks down the significance of the April 13, 2026 904 Complex drill results.

“I want to provide a little bit of background information on the news we just put out today,” stated Robinson in the YouTube explainer video. “We’re announcing some very exciting drill results from the Lower Austin area, and a new area that we’ve been defining, called the 904 Complex.”

“These results come from our definition drilling programs that are ongoing at Madsen. The holes were drilled from the 13 level in the Madsen Mine, which is at approximately 650 meters depth. The deposit was mined, historically, down to around 1,300 meters depth.”

“We find ourselves at about the halfway point,” continued Robinson. “We’re starting to tap into some high tonnage, less remnant areas of the mine. That’s one of the things about the 904 Complex that is so important. It’s essentially a 200 by 200-metre panel of gold mineralization that remains mostly intact.”

FIGURE 5. Long Section showing drill highlights from current press release in Austin 904 Complex with (grade x thickness) at ≥ 25 (g/t Au x m). Interval length denotes downhole core length. True thickness has not been calculated, but is expected to be ≥ 70% of downhole length based on intercept angles observed in the drill core.[2]

[2] Mineral resources are estimated at a cut-off grade of 3.38 g/t Au and a gold price of US1,800/oz. Please refer to the technical report entitled “NI 43-101 Technical Report and Prefeasibility Study for the Madsen Mine, Ontario, Canada”, prepared by SRK Consulting (Canada) Inc. and dated January 7, 2025 (the “Madsen Report”). A full copy of the Madsen Report is available on the Company’s website and on SEDAR+ at www.sedarplus.ca.

“Most of the mining that we do at Madsen occurs in proximity to remnant workings and historic development,” stated Robinson in the explainer video. “Having access to a large area of un-mined mineralization will benefit us greatly. We’ve only drilled 30 meters down into the 904 complex panel. We still have roughly 170 meters of vertical extent to continue defining this high potential area.”

“We plan to keep two drills turning in the 904 Complex for the remainder of 2026, providing continuous news flow and updates as they become available,” concluded Robinson.

Exploding global debt is threatening the stability of fiat currency. Gold, unlike cash, can not be generated through government policy or financial engineering. A weakened US dollar is bullish for gold.

“The country with the largest debt—$39 trillion and counting—is the United States,” writes WRLG founding strategic investor Frank Giustra on March 23, 2026. “Interest on that debt now exceeds defense spending.”

“With over $10 trillion in U.S. debt maturing in the next 12 months and the 10-year yield approaching 4.5%, the massive $1 trillion in interest costs the U.S. absorbed last year are set to climb even higher.”

“I am quite certain that the price of gold, as measured in fiat currency, can only rise dramatically in years to come,” added Giustra.

2025 was a “ramp-up year” that saw the Madsen Mine pour 20,147 ounces of gold, sold at an average price of US$3,650 per ounce, yielding total gold sales revenue of US$73 million (C$99 million).

WRLG declared commercial production at the mine on January 1, 2026. Since then, production has continued, and the price of gold has increased from US$4,330 per ounce to US$4,750 per ounce.

The technical information presented in this news release has been reviewed and approved by Will Robinson, P.Geo., Vice President of Exploration for West Red Lake Gold and the Qualified Person for exploration at the West Red Lake Project, as defined by NI 43-101. Mr. Robinson is not independent of WRLG.

Contact: guy.bennett@globalstocksnews.com 

Disclaimer: West Red Lake Gold paid Global Stocks News (GSN) $1,750 for the research, writing and dissemination of this content. 

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References: 

The Madsen Mine deposit presently hosts a National Instrument 43-101 – Standards of Disclosure for Mineral Projects (“NI 43-101”) Indicated resource of 1.65 million ounces (“Moz”) of gold grading 7.4 g/t Au within 6.9 Mt, and an Inferred resource of 0.37 Moz of gold grading 6.3 g/t Au within 1.8 Mt. Mineral resources are estimated at a cut-off grade of 3.38 g/t Au and a gold price of US$1,800/oz. A full copy of the Madsen Report is available on the Company’s website and on SEDAR+ at www.sedarplus.ca.

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