Silver Spruce Resources Inc.TSXV: SSE

Silver Spruce Reports Acquisition of Claims with REE potential in Labrador

· Issued by Silver Spruce Resources Inc.

May 6, 2010 (TheNewswire.ca) --

Highlights

- rock sample values to 7.9% total rare earth elements plus yttrium, located on the Trans Labrador Highway

- 2nd highest heavy rare earth element lake sediment on record in Labrador acquired, located 30 km from road

May 6, 2010 - Bridgewater, NS - Silver Spruce Resources Inc. (TSXV: SSE) is pleased to announce that the company has acquired, by staking, two grass roots properties with rare earth element (REE) potential in Labrador. The Pope's Hill property lies on the Trans Labrador Highway (TLH), approximately 100 km to the west of Happy Valley - Goose Bay, while the RWM, which covers the second highest heavy rare earth element (HREE) lake sediment value in Labrador on record, is located in the Red Wine Mountains, approximately 30 km from a road around the Churchill Reservoir. The properties are 100% owned by Silver Spruce.

Pope's Hill

The property consists of 62 claims (1,550 ha) located in the Pope's Hill area along the TLH. The area was located during prospecting along the TLH using a scintillometer by the President of Silver Spruce, Lloyd Hillier, in 2006, while exploring for uranium.

Nineteen grab samples, which were analyzed for uranium, thorium and rare earth elements gave strongly elevated total rare earth element (TREE) plus yttrium values in three samples. All samples were located using a total count scintillometer which detects uranium, thorium and potassium as counts per second (cps), and were specifically targeted for uranium with samples taken where the highest scintillometer values were encountered. The samples gave values up to 0.46% zirconium, 0.22% niobium, and 7.9% (TREE + yttrium) with HREEs up to 15% of the total rare-earth component. Three samples gave values > 1% (TREE + yttrium), including two (2) samples > 5%. Samples anomalous in REEs also showed elevated thorium values with the highest thorium and REE values coincident. Five samples gave uranium values > 10 ppm with the three highest at 151, 94 and 69 ppm U. Some coincidence or rare earth elements with the higher U values is noted.

The samples were taken in June by Lloyd Hillier (P01 to 07) and July, 2006 by Lloyd Hillier and Peter Dimmell (PO-5 to 16) from road cuts along the TLH and in a quarry used for road material for the TLH (see pictures on website). The rock units are granitic gneisses of late Paleoproterozoic age, with some pegmatites. The minerals carrying the REEs are unknown at this time and no known REE exploration has been carried out in this area. A summary table of the sample results is given on the following page.

Planned work includes detailed sampling of the rock units to better define the REE bearing units in the area plus a possible radiometric / magnetic survey to define the structures and lithological units. This work will be carried out in the summer of 2010.

RWM

The property consists of 32 claims (800 ha) and covers the second highest heavy rare earth element value, > 80 ppm HREE (includes europium, terbium, ytterbium and lutetium), in the government database for Labrador. The property lies in the Red Wine Mountains, approximately 30 km to the east of a road which provides access to the Churchill Reservoir area. The highly anomalous sample includes 210 ppm cerium, 240 ppm lanthanum, 11 ppm lutetium, 18 ppm rubidium, 48.9 ppm samarium, 12 ppm terbium, 14.5 ppm uranium and 62 ppm ytterbium plus elevated florine. Europium is background as are thorium and vanadium. Another lake sediment sample in the same area is also moderately anomalous in rare earth elements.

No work has been carried out in this area which was just staked. Planned work includes prospecting using scintillometers and sampling of the rock units in the area which will be carried out in the summer of 2010. Further evaluation is dependent upon results.

Sample                   Y       La       Ce       Pr      Nd       Sm      Eu    Gd      Tb    Dy      Ho    Er    Tm    Yb    Lu    TREE + Y   Nb     Zr     
ID                       ppm     ppm      ppm      ppm     ppm      ppm     ppm   ppm     ppm   ppm     ppm   ppm   ppm   ppm   ppm   %          ppm    ppm    
P01                      12      170      330      30      93       12      1     5       1     3       1     1     0     1     0     0.1        4      186    
P02                      9       70       141      14      44       6       1     3       1     2       0     1     0     1     0     0          2      236    
P03                      14      402      631      54      164      16      4     6       1     3       0     1     0     1     0     0.1        1      19     
P04                      26      242      455      42      136      18      4     9       1     5       1     2     0     2     0     0.1        13     158    
P05                      78      525      1,063    107     367      53      5     32      4     19      3     7     1     5     1     0.2        43     1481   
P06                      1,854   10,460   21,469   1,991   6,371    892     25    642     102   431     80    178   24    127   19    4.5        2221   4651   
P07                      21      208      366      31      95       12      3     5       1     4       1     2     0     2     0     0.1        33     1774   
                                                                                                                                                               
PO-5                     6,574   13,927   37,027   3,965   10,000   2,278   59    1,960   332   1,494   263   639   81    378   55    7.9        2006   594    
PO-6                     351     691      1,576    169     605      94      6     84      14    77      15    38    5     28    4     0.4        212    1615   
PO-7                     80      145      350      38      143      24      3     22      4     20      4     9     1     8     1     0.1        27     905    
PO-8                     373     1,273    3,327    362     1,294    180     8     135     21    96      17    40    5     29    4     0.7        186    1374   
PO-9                     204     79       204      24      95       20      3     24      6     40      9     30    5     31    4     0.1        472    2236   
PO-10                    69      52       144      19      92       19      5     20      3     14      2     6     1     4     1     0          15     99     
PO-11                    115     132      342      42      168      28      6     26      4     22      4     12    2     10    1     0.1        79     749    
PO-12                    95      175      425      49      188      28      6     23      3     19      3     10    1     8     1     0.1        104    859    
PO-13                    18      57       135      13      47       7       2     5       1     4       1     2     0     2     0     0          11     671    
PO-14                    14      80       225      27      97       12      3     7       1     3       1     1     0     1     0     0          51     896    
PO-15                    17      425      839      75      218      19      4     7       1     4       1     1     0     1     0     0.2        8      277    
PO-16                    109     2,655    5,239    457     1,358    110     20    57      6     23      3     8     1     6     1     1          11     56     
Avg. crustal abundance   30      30       60       7       25       5       1     4       0.7   3.5     0.8   2.3   0.3   2.2   0.4              17     135    

Pope's Hill Rock Sample Results

LREEs HREEs

Note: results reported to nearest whole value

Compilation maps showing the property locations, plus pictures of the Pope's Hill area can be viewed on the company website www.silverspruceresources.com.

Analyses were carried out at the ACME Laboratories facility in Vancouver, BC after sample preparation at Eastern Analytical in Springdale, NL. The rock samples were analyzed by a REE package (Group 4B REE), which consists of a 0.2 g sample treated by a LiBO2 fusion followed by an ICPMS finish. No check sampling has been carried out.

ABOUT SILVER SPRUCE

Silver Spruce is a junior exploration company originally focused on uranium in the Central Mineral Belt (CMB) and elsewhere in Labrador, Canada. With interests in more than 7,500 claims totaling more than 1,750 square kilometers in Labrador, Silver Spruce is the second largest landholder in one of the world's premier emerging uranium districts. The company also has gold/silver projects in Mexico and the island of Newfoundland, making Silver Spruce a leading explorer in Canada and Mexico.

This release has been approved by Peter Dimmell, P.Geo., Vice President of Exploration, Silver Spruce Resources Inc., who is a Qualified Person (QP) as defined in National Instrument 43-101.

For Further Information Contact:

SILVER SPRUCE RESOURCES

Head Office Investor Relations

Gordon Barnhill, CFO & Director Hugh Oswald, Ascenta Capital Partners Inc.

Phone: 902.527.5700 Phone: 604.684.4743 ext. 243

Fax: 902.527.5711 Toll Free: 1.866.684.4743 ext. 243

E-mail: gbarnhill@silverspruceresources.com E-mail: hugh@ascentacapital.com

Web: www.silverspruceresources.com Web: www.ascentacapital.com

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.

The Corporation seeks Safe Harbour.

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