Kenna Announces Airborne Geophysical Survey Results on Its Elizabeth Lake Property

Kenna Resources Corp.  (TSX VENTURE:KNA) ("Kenna" or the "Company") is pleased
to announce the results of its airborne geophysical survey on Kenna's
wholly-owned Elizabeth Lake Property located 26 kilometres north of La Ronge,
Saskatchewan. The VTEM(plus) and Magnetic Gradiometer airborne geophysical
survey was conducted by Geotech Limited of Aurora, Ontario ("Geotech"). The
property is host to the Elizabeth Lake copper, silver, gold deposit which has
historical resource estimates that are not compliant with current guidelines for
estimating mineral resources. 


Shane Shircliff, President and CEO commented "We are very encouraged by the
results of the airborne geophysical survey as it has reconfirmed the existing
deposit at Elizabeth Lake and, using the same interpretative technique,
identified several new targets on which to focus the next stage of our
exploration efforts". 


The airborne geophysical survey utilized Geotech's VTEM(plus) time domain
electromagnetic ("EM") and magnetic gradiometer system. Interpretation and
modeling of the data by Geotech resulted in the discovery of strong EM
anomalies, which could potentially be related to VMS deposits or structurally
controlled gold-sulphide deposits. The interpretations also assist in
identifying lithological units (metavolcanics, metasediments and intrusive
rocks) and structures (shears and faults) in the area. 


Based on the analysis four (4) target areas, A to D, were selected for Maxwell
2.5D plate modeling (Figure 1).


Targets A1, A2 (Area A): Target A1 (Elizabeth Lake copper, silver, gold deposit)
is a sub-vertical conductor (moderately conductive), while A2 is a horizontal
conductor. The depth to the top of A1 is about 53m below ground, while A2 lies
some 200m below the surface, underneath a possible intrusive sill. Both targets
are located near a contact and a major fault/shear zone, in an intrusive
terrain. The Elizabeth Lake Cu deposit consists of two mineralized zones. The
north zone was outlined as being about 20m wide with a vertical extent of about
180m anda modeled strike length of 330m. Target A1 fits the north zone
descriptions.


Target B (Area B): Target B is a sub-vertical, long (with a modeled strike of
800m) NNW trending conductor (fairly conductive). The depth to the top of the
conductor is about 105m below ground. It is located in an intrusive terrain next
to a major fault/shear zone.


Targets C1, C2, C3, C4 and C5 (Area C): Targets C1 and C2 are sub-vertical
conductors with depths to the top about 40m below ground with modeled strike
lengths of 450m and 300m respectively. Target C3 is a sub-vertical conductor
with depth to the top about 20m below ground and a strike length of 375m.
Targets C4 and C5 are dipping conductors, about 55 degrees to the SE, with
depths to the top between 80m to 100m below ground and modeled strike lengths of
425m and 275m respectively. All targets are located in an intrusive terrain,
next to a major fault/shear zone. All of the targets in Area C are highly
conductive. Three targets in this area have already had drill holes placed on or
close to the newly interpreted EM anomalies. This drilling took place in 1975,
following up old geophysics previously conducted in the area. Old reports
describe weakly mineralized zones with some sulphides and anomalous base metal
in soil samples in these areas.


Targets D1, D2, D3, and D4 (Area D): Targets D1 and D2 are sub-vertical
conductors, with depths to the top ranging from 80m to 110m, with modeled strike
lengths of 200m and 450m respectively. Targets D3 and D4 are gentle dipping
conductors, with depths to the top ranging from 80m to 90m and modeled strike
lengths of 150m and 175m respectively. All of the targets are located in an
intrusive terrain, next to a major fault/shear zone. All of the targets in Area
D are highly conductive.


A number of near North-South trending major faults or shears have been
interpreted from the magnetic data. Those faults or shears could be the
structural controls for potential VMS or gold-sulphide deposits. Ground
prospecting and archival research is now underway on these anomalies in order to
select drill targets.


Carl Verley, a Professional Geoscientist in the Province of British Columbia is
the Independent Qualified Person, as defined by NI 43-101 standards, who
reviewed and approved the technical content of this news release.


Kenna is engaged in the acquisition, exploration and development of mineral
properties. Shares of Kenna trade on the TSX Venture Exchange under the trading
symbol KNA.


Caution Regarding Forward-Looking Statements

This news release contains forward-looking statements, which address future
events and conditions, which are subject to various risks and uncertainties. The
Company's actual results, programs and financial position could differ
materially from those anticipated in such forward-looking statements as a result
of numerous factors, some of which may be beyond the Company's control. These
factors include: the availability of funds; the timing and content of work
programs; results of exploration activities and development of mineral
properties, the interpretation of drilling results and other geological data,
the uncertainties of resource and reserve estimations, receipt and security of
permits and mineral property titles; project cost overruns or unanticipated
costs and expenses, fluctuations in commodity product prices; currency
fluctuations; and general market and industry conditions. Forward-looking
statements are based on the expectations and opinions of the Company's
management on the date the statements are made. The assumptions used in the
preparation of such statements, although considered reasonable at the time of
preparation, may prove to be imprecise and, as such, undue reliance should not
be placed on forward-looking statements.


Figure 1: Structural and Maxwell model Interpretations:
http://media3.marketwire.com/docs/1003kna_map.pdf.
Kenna Resources Corp. (TSXV:KNA)
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