New Earth Resources Discusses Integrated High-Resolution Airborne Geophysical Techniques for Targeted Rare Earth Element Exploration on its Red Wine Rare Earth Elements Project
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New Earth Resources Discusses
Integrated High-Resolution
Airborne Geophysical Techniques
for Targeted Rare Earth Element
Exploration on its Red Wine Rare
Earth Elements Project
February 18, 2026 | Source: New Earth Resources Corp.
Vancouver, British Columbia / February 18, 2026 – NEW EARTH RESOURCES CORP. (CSE:
EATH) (“New Earth” or the “ Company”) is pleased to announce how integrated high -resolution
airborne geophysical Magnetic+Radiometric data reveals priority zones for targeted rare earth
element exploration at its Red Wine Rare Earth Elements (REE) project (the “ Project” or the
“Property”), located in northwest Newfoundland and Labrador in central Labrador region (Fig. 1).
New Earth intends to utilize integrated magnetic (mag) and radiometric (rad) datasets to refine its
exploration strategy. This approach focuses on identifying structural controls and mineral
signatures typical of REE deposits.
• Structural Targeting: The combined datasets identify multiple high -priority targets that
align with REE-bearing intrusive complexes.
• Radiometric Precision:
o Thorium Correlation: High equivalent Thorium (eTh) anomalies show a strong
spatial link to structural trends and lithological contacts.
o Th/K Ratios: Surveying Potassium (K), Thorium (Th), and Uranium (U) channels
helps identify elevated Thorium-to-Potassium (Th/K) ratios, a key indicator of Total
Rare Earth Element enrichment.
• Magnetic Mapping:
o Lithological Contacts: Magnetic data is used to map faults, shears, and intrusions
that host alkaline complexes or carbonatites.
o Anomaly Identification: The team is targeting magnetic lows (often associated with
carbonatites) and magnetic highs (related to iron oxide -apatite hosted REE
deposits).
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• Advanced Modeling:
o 3D Inversion: Applied to magnetic data to define the exact geometry and depth of
intrusive bodies for potential future drilling targets.
o Geophysical Response Modeling: Modeling known REE occurrences on the
Property to refine the broader geological framework.
• Ground Follow -up:
o Radiometric anomalies are being used to direct soil and rock chip sampling to areas
with the highest surface mineralization.
o Ground-based spectrometer surveys and mapping where radiometric highs and
magnetic anomalies coincide.
“The integration of high-resolution magnetic and radiometric data will allow us to potentially pinpoint
structurally controlled target zones accurately,” said Lawrence Hay, CEO of New Earth. “ By
overlaying these geophysical datasets, we can precisely identify and rank high -potential corridors
for REE enrichment, which would directly optimize our exploration strategy.”
Figure 1 – South Claim of the Red Wine Property and Significant Mining and Mineral Occurrences within the
Property along with Airborne Geophysics Surveys Flight Lines
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The Property
The Property, covering approximately 1,575 hectares, is located in the Central Mineral Belt (CMB)
of Labrador and underlain predominately by the Red Wine Complex lithologies, including
peralkaline volcanic, porphyritic rocks, and peralkaline and alkaline plutonic rock s. These
formations have a high potential to host REE mineralization and have been the target for REE,
zirconium, niobium, and yttrium exploration programs carried out over past decades dating back to
the 1970s.
The Property sits within the broader Red Wine Intrusive Suite, including peralkaline granites and
syenites as a part of the North and South Red Wine Plutons, with a documented history of REE -
bearing minerals. Historic programs have revealed multiple discov eries for REE and associated
commodities in the district—including Two Tom (Nb, Be, REE), North Red Wine (U, Zr), Partridge
River (Th), and Mann (Nb, Zr, Th)—that are geologically correlated with Playfair discoveries within
the Red Wine Property.
Figure 2 - Red Wine Property and Surrounding Mineral Occurrences Illustrated with Geological Features
Qualified person
The technical content of this news release has been reviewed and approved by Mr. Babak V. Azar,
P.Geo., an independent qualified person as defined by National Instrument 43 -101. Historical
reports respecting the Property were reviewed by the qualified person. The information provided
has not been verified and is being treated as historic.
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About the Company
New Earth Resources Corp. is a Canadian -based mineral exploration company acquiring and
developing advanced and early-stage exploration projects. Its flagship project is its 100% owned,
past-producing Lucky Boy Uranium Property located in Gila County, Ariz ona, USA. Consisting of
14 Lode Claims, and spanning approximately 273 acres, the Lucky Boy Project covers a small
open pit and underground workings that produced uranium in the 1950's, and again in the 1970's.
In addition to Lucky Boy, included in the Com pany's uranium portfolio are three claims located in
Saskatchewan, Canada covering 365 hectares.
The Company also has the option to acquire a 100% interest in 23 claims covering approximately
1,102 hectares in the Strange Lake area of Quebec, Canada, known as the "SL Project", which is
prospective for rare earth elements. In addition, the Company has the option to acquire a 100%
interest in the Red Wine Rare Earth Project, comprising 2 non -contiguous mineral claims located
in Labrador, Canada covering approximately 1,575 hectares.
For further information, please refer to the Company’s website at
www.newearthresourcescorp.com or the Company's disclosure record on SEDAR+
(www.sedarplus.ca), or contact the Company by email at [email protected] .
On Behalf of the Board of Directors "Lawrence Hay" President and CEO Tel: 778.317.8754
Email: [email protected] .
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The forward-looking statements contained in this news release are made as of the date of this news
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information, future events or otherwise.
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