Friday, December 2, 2011
12 Days of Christmas at Bugaboo! Day #2!
Welcome to Day #2 of our 12 Days of Christmas Challenges at Bugaboo Stamps! If you haven't heard yet we will be hosting a mini Challenge each and every day from December 1st until December 12th! Each day the challenge will be based off of a line from the 12 Days of Christmas song. Of course you will have to stop by each day to see what the challenge will be!
Plus, if 12 Days of awesome Christmas Challenges wasn't enough for you, we will also be giving away lots and lots of prizes, so you won't want to miss a second of our festive fun! For each challenge one winner will win 5 Bugaboo Digis! Plus, if that's not enough, at the end of all 12 Days one winner who participated in every challenge will win the full 12 Days of Christmas Digi set AND a Guest Designer Spot in January with the Bugaboo Design Team!
Be sure to add your creations to the linkz below so you can be entered to win all these great prizes! You may just win a fabulous prize! You have until December 16th to enter into every challenge and be eligible for the Grand Prize! (You must use Bugaboo images to be eligible for prizes)Today the line from The 12 Days of Christmas is, "On the second day of Christmas my true love gave to me two turtle doves..." Today's challenge is to use the theme "Love"! For my card I used this super sweet image Valentines Baskets - Monkey. I know this has a bit of a Valentine's Day feel, but I thought the use of this fabulous snowflake paper from Echo Park would help with any confusion. This card turned out pretty monochromatic, but I think that it really works with what I was trying to create.
Thank you for stopping by, I hope you get the chance to play along in our 12 Days of Christmas Challenges, trust me it's so much fun! Have a fabulous day!
Stamps:Valentine's Day Basket - Monkey from Bugaboo Stamps; Paper: Whisper White, Real Red, Echo Park DP; Ink: R37 Carmine, E15 Dark Suntan, E13 Light Suntan, E57 Light Walnut, RV11 Pink; Accessories: Pop Dots, Satin Red Ribbon, Scalloped and Regular Oval Nestabilities