PUC Pancontinental Resources Corporation

Pancontinental Uranium Corporation (TSX VENTURE: PUC) ("Pancon") and its joint venture partner Crossland Uranium Mines Limited ("Crossland") (ASX: CUX) are pleased to provide the following update on the latest results from their expanding (REE) exploration program at their Charley Creek project, 100 kilometres North West of Alice Springs, in the Northern Territory, Australia.

As well as continuing high value returns from stream sediment sampling at the project, Crossland, the operator, has discovered a new promising REE drill intersection in unweathered bedrock. The hard rock drill intersection points to a total area of over 40 square kilometres prospective for REE deposits.

The outstanding assay results to date from the stream sediment sampling, along with awaited auger drill results, have the companies on track to complete a resource evaluation later this year on an initial alluvial volume.

Pancon and Crossland believe that these results present opportunities for low cost production of a heavy mineral concentrate with high REE values from the large volumes of alluvial sediment deposits at Charley Creek.

Highlights:

New hard rock REE target identified

--  The re-assay of a 2008 air core hole CCA121 has returned a 5 metre
    interval averaging 1.03% Total Rare Earth Oxides(i) (TREO), from values
    in excess of 0.5% TREO, commencing at 37m down hole, with Heavy REO
    representing 8.3% of TREO.
--  Also near Cattle Creek, four heavy mineral stream sediment samples have
    returned values of 6.3%, 2.6%, 6.8%, and 8.0% TREO, reflecting a
    consistent anomalous drainage source which may be related to the bedrock
    intersection. This indicates an area of over 40 square kilometres which
    Pancon and Crossland now believe is prospective for REE deposits.
--  A new air core drilling program will commence next week on the hard rock
    REE target identified at Cattle Creek, were the drill intersection
    occurred.



(i) Crossland will adopt a convention, from this release, of separating
    Yttrium from the Lanthanide Rare Earth Elements (REE). Therefore, TREO
    represents the sum of oxides of La,Ce,Pr,Nd,Sm,Eu,Gd,Tb,Dy,Ho,Er,Tm,Yb
    and Lu, while Heavy REE (HREE) are Eu,Gd,Tb,Dy,Ho,Er,Tm,Yb and Lu.
    (TRE+Y)O is occasionally used in our statements, and represents Total
    oxides of REE as defined here plus Y2O3.

REE Stream Sediment Sample Results

--  Of 195 stream sediment sample concentrates so far assayed, three
    returned over 32% TREO, with a peak value of 38.4% TREO; 12 returned
    over 16% TREO; 25 returned over 8% TREO, 45 returned over 4% TREO and 74
    returned over 2% TREO. Only four samples had insufficient non-magnetic
    heavy mineral content to produce an assay result. Each of the sample
    sites reported represents between 2 and 4 square kilometres of drainage
    basin.
--  A further approximately 200 stream sediment samples are currently being
    processed and assayed.

Auger Drilling Progress

--  Crossland has also conducted auger drilling of alluvium proximal to some
    of the known REO source areas in the Cockroach Dam prospect area of the
    Charley Creek project. Over 700 samples have been taken and are at
    various stages in the preparation process.
--  This first-pass auger drilling program is sampling a total area of
    around 42 square kilometres on a 400m X 100m grid in two drainages.

Both the stream sediment sample concentrates and the drill pulps have REE distributions with relatively high proportions of heavy REE, those REE above europium on the Periodic Table (Heavy REE, or HREE).

Immediate Program

--  Further assays are awaited from the stream sediment sampling and auger
    drilling programs.

--  A new air core drilling campaign at the Cattle Creek hard rock REE
    discovery will commence on March 17, and auger drilling and stream
    sediment sampling are continuing.

To view Figure 1 please click on the following link: http://media3.marketwire.com/docs/PUCFigure1.pdf

Background - Crossland's NT REE discovery

On November 1, 2010, Pancon and Crossland announced that a sample of alluvial heavy minerals from their Charley Creek Project in the NT, contained rare earth elements (REE) with a total REO (TREO) content of over 39%.

These REE are present in phosphate minerals that should be readily processed using available REE extraction technology.

This value from the REE sample compares favourably with the average grades of other rare earth developments currently being contemplated, including the concentrate grades predicted from these proposed developments. The concentrate contains relatively high concentrations of all of all the heavy REE, those REE above europium on the Periodic Table (Heavy REE, or HREE).

This result has been followed up since December 2010 with:

--  A program of stream sediment sampling to characterize the nature and
    variability of alluvial heavy minerals throughout the more than 4,000
    square kilometres of tenements held by the Joint Venture at Charley
    Creek
--  Auger drilling of alluvium proximal to some of the known source areas in
    the Cockroach Dam prospect area on a 400m by 100m grid to establish
    resource potential.
--  Re-analysis of drill pulps from the 2008 uranium drilling program that
    had shown elevated response to some REE in the original assays

To view Figure 2 please click on the following link: http://media3.marketwire.com/docs/PUCFigure2.pdf

Results

Stream Sediment Sampling Concentrates

The results of the initial round of 194 (195 with the original sample) stream sediment concentrate samples collected prior to the Christmas break have been processed according to the method outlined in Pancon's and Crossland's news releases of December 21, 2010. These have now been analyzed in the laboratory of ALS Global in Vancouver, Canada by ALS method ME-MS81h, with over limits (over 5% for the more common REE (Ce,La,Nd,Y), and over 0.5% for the other REE) by method ME-OGREE. Both of these methods involve lithium metaborate fusion, followed by nitric acid digestion. These are followed by inductively coupled plasma mass spectroscopy, or ICP-AES (ME-OGREE).

Crossland's strategy with the stream sediment program is to cover drainages from the entire 4,000-plus square kilometres of the Joint Venture's holdings. The average sample size is 25kg, all of which is dried, weighed, and processed to produce a concentrate of heavy minerals. Both a magnetic and non-magnetic fraction is produced and the fractions weighed to enable calculation of a head grade. Most valuable REE-bearing heavy minerals reports to the non-magnetic fraction.

This fraction is sent to Vancouver for assay, while the magnetic fraction is analysed in Perth. Of 195 heavy mineral samples so far processed and assayed from Charley Creek, all but four had sufficient non-magnetic heavy mineral content to produce an assay result. Of these 195 samples, 74, or 38%, returned over 2% TREO, 45 samples returned over 4% TREO, 25 over 8%, 12 over 16%, and three returned over 32% TREO, with a maximum of 38.4%. Each of these samples represents between two and four square kilometres of drainage basin.

Zirconium was above the upper detection limit of 5% in 84% of samples. This is mostly present in the mineral zircon, which can be physically separated from monazite using electrostatic equipment. If the zircon is removed from the samples, it is expected that many more samples will return higher values. A zircon product may also be marketable. The magnetic fraction is dominated by iron and titanium but these values have not yet been interpreted. The quantity of magnetic minerals exceeds that of non-magnetic in all cases.

Crossland makes no claim that these samples are representative of the alluvial grades in the sampled drainage basins. They show the nature of heavy mineral species present in the drainage basin, as intended by the study. For reference purposes, calculated head grades of non-magnetic heavy minerals (dominantly monazite and zircon) range from negligible to 5.6 kg/T, with 9 values in excess of 1 kg/T, 20 in excess of 0.5 kg/T, and 71 in excess of 0.2 kg/T

Another aim of the stream sediment sampling has been to identify areas beyond the Cockroach Dam Prospect that are prospective for alluvial accumulations. In particular, it was hoped that there were areas of the extensive flats (illustrated in Figures 1 and 2 above) that might show prospective results. Several areas have emerged with promise for large alluvial deposits containing valuable REE-bearing heavy minerals draining from the mountains into large alluvial fans. It is these areas that hold the prospect of large tonnages and production capacity, and several areas, particularly those close to the sources of heavy minerals where higher grades have either been encountered, or are expected, will be evaluated by aircore drilling that will commence in coming weeks.

To view Figure 3 please click on the following link: http://media3.marketwire.com/docs/PUCFigure3.pdf

Auger Drill Program

The highest grades from the stream sediment sampling cluster on drainages from certain phases of the Teapot Granite in the Cockroach Dam Prospect. The immediate alluvial deposits from weathering of these have been chosen as a target to see if sufficient resource exists for a commercial alluvial heavy mineral operation that would be of higher grade than that likely in the large alluvial fans on the plains. Two drainage areas are being tested, with sampling points on a 400m by 100m grid. In aggregate, the two areas that are being sampled total around 42 square kilometres. To date, over 700 samples have been collected from the auger program, and these are at various stages in the preparation process, as priority has been given to the stream sediment samples. A total of 337 auger samples have been processed on site and despatched to the preparation laboratory for further treatment prior to analysis. Results are awaited from the first batch of these which are now with the assay lab.

Hard Rock REE Discovery

Pancon and Crossland believe that they have identified a hard rock source of REE at the Cattle Creek area, which straddles the boundary of EL24281 and EL25230. Cattle Creek lies to the south of the main Charley Creek drainage, between Charley Creek and the foothills of the MacDonnell Ranges to the south. As illustrated in Figure 4 below, a cluster of four heavy mineral samples has returned values of 6.28%, 2.55%, 6.84%, and 7.97% TREO, suggesting a consistent drainage source.

These samples lie adjacent to a 2008 Crossland aircore drill line drilled to explore for uranium. Re-assay of 104 drill pulps from this program that originally had elevated values of some REE, by the more appropriate method, ME-MS81h, has demonstrated local bedrock REE sources beneath the plains of the Charley Creek basin. Hole CCA121 returned a 5m interval of values in excess of 0.5% TREO, averaging 1.03% TREO, commencing at 37m down hole. The average heavy rare earth oxide (HREO) content of the 5m interval is 8.33% of the TREO. The average Y2O3 content of the interval is 0.103%.

To view Figure 4 please click on the following link: http://media3.marketwire.com/docs/PUCFigure4.pdf

Interpretation

Much of the lower country in the Charley Creek Project Area is underlain by Tertiary sediment, or younger alluvium, in places up to 150 m thick. In the vicinity of Cattle Creek, it appears from our drilling that this cover is thin to non-existent. The intersection in CCA121 is in basement gneissic rocks, and the mineralization is in place, not transported in alluvium. It seems likely that the nearby anomalous heavy mineral results in stream sediments are derived from erosion of a local bedrock source. Since three of the stream samples drain country upstream of the drill hole, there is potential for the source to be quite extensive.

Early information suggests that mineralization at Cattle Creek is also monazite. The REE profile (indicated by Chondrite Plots: see example below) is quite flat, which means that heavy REE are present in relatively higher amounts than in the alluvial monazite. Also, unlike the detrital heavy minerals from the project, the commonly observed depletion of europium characteristic of monazite derived from granitoids is not pronounced. This indicates that the bedrock mineralization has an even more attractive mix of REE than has yet been observed in the alluvial heavy mineral samples.

Average rare earth oxide values for individual REE, along with TREO, and the percentage of the TREO that is HREO, are shown in Table 1 for two selected averages from our sample data.

---------------------------------------------------------------------------
                      CeO2 Pr6O11  Nd2O3  Sm2O3  Eu2O3  Gd2O3  Tb4O7  Dy2O3
SAMPLE       La2O3%      %      %      %      %      %      %      %      %
---------------------------------------------------------------------------
HM Conc.
 greater
 than 32%
 TREO          8.49   18.5   1.95   6.15   0.92   0.03   0.64   0.08   0.36
37-42m,
 CCA121        0.18   0.53   0.04   0.16   0.03   0.01   0.03   0.00   0.02

--------------------------------------------------------------------
                                                               HREO%
              Ho2O3  Er2O3  Tm2O3  Yb2O3  Lu2O3   Y2O3   TREO     of
SAMPLE            %      %      %      %      %      %      %   TREO
--------------------------------------------------------------------
HM Conc.
 greater
 than 32%
 TREO          0.06   0.14   0.02   0.08   0.01   1.79   37.5   3.81
37-42m,
 CCA121        0.00   0.01   0.00   0.01   0.00   0.10   1.03   8.33

Table 1: Average oxide content for each REE, TREO, and percentage of
         TREO that is HREO for:

      A. Three Alluvial heavy mineral concentrates greater than 32%TREO,
         from Cockroach Dam area;
      B. Interval 37-42m (5m) from air core hole CCA121.

To view Figure 5 please click on the following link: http://media3.marketwire.com/docs/PUCFigure5.pdf

Forward Plans

Work on stream sediment sampling and shallow auger drilling is continuing, and this phase of the program is nearing completion. Results will be received over the next few months.

An aircore rig will commence drilling next week on March 17 at Cattle Creek, and is contracted for six weeks. First targets will be to fill out the drill pattern around Hole CCA121, in the direction of the potential source of stream sediment anomalies. This rig will also evaluate the alluvial areas defined by shallow drilling and this work should provide base data for Resource estimation for the Cockroach drainages.

Evaluation will also commence of the more promising areas of the vast alluvial fans indicated by sampling and radiometric surveys, where the joint venturers hope to quickly assess the potential for bulk low grade operations.

All technical information in this release has been reviewed by Geoff Eupene, Qualified Person for Crossland and Pancon.

About Pancontinental Uranium Corporation

Pancontinental Uranium Corporation ("Pancon") is a Canadian-based company focused on uranium discovery and development. Through a 50:50 joint venture with Crossland Uranium Mines Limited ("Crossland") of Australia, Pancon has established one of the strongest management teams in the uranium industry. This management and operating team has unparalleled experience from exploration, through development to operations, and includes people who were instrumental in the discovery of two of the largest uranium deposits in the world. Pancon and Crossland hold an impressive uranium exploration portfolio with projects in prolific, mining friendly districts.

Active exploration is ongoing at three Australian projects which include Chilling, Charley Creek, and Kalabity. The Chilling project has the potential to host a mirror image of a portion of the renowned Alligator Rivers Uranium Field containing the large Jabiluka, Ranger and Koongarra deposits. Charley Creek has the potential for large, lower-grade, Rossing-type, granite-hosted uranium deposits and REE. The Kalabity project lies in a district of historic uranium/radium mining that contains a variety of known uranium deposit styles.

Pancon has earned a 50% interest in this significant uranium and REE project portfolio through the joint venture with Crossland through the expenditure of A$8 million. Pancon and Crossland are also pursuing exploration beyond Australia through an international subsidiary company, Crosscontinental Uranium Limited, and immediate plans include formulating an exploration program in Burkina Faso.

ON BEHALF OF THE BOARD OF DIRECTORS

Rick Mark, President & CEO

For additional information, please visit our website at www.PanconU.com.

Cautionary Language and Forward Looking Statements

This press release may contain "forward-looking statements", which are subject to various risks and uncertainties that could cause actual results and future events to differ materially from those expressed or implied by such statements. Investors are cautioned that such statements are not guarantees of future performance and results. Risks and uncertainties about the Company's business are more fully discussed in the Company's disclosure documents filed from time to time with the Canadian securities authorities.

Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

Contacts: Pancontinental Uranium Corporation Richard Mark President and CEO 604-986-2020 or 1-866-816-0118 Pancontinental Uranium Corporation Keith Patey Director of Communications 604-986-2020 or 1-866-816-0118 604-986-2021 (FAX) www.panconu.com