Jennifer Stocks is one of the kindest, talented, friendliest person I know. She is an artist who takes an immense amount of pride in her work and someone who manages to capture your family’s love in a moment in time.
Jen is one of Australia’s most sought after and celebrated photographers and has won more awards than she can poke a stick at!
She prides herself on fresh, contemporary images that are honest and often breathtaking.
She captures moments in time so you can keep them for always.
Jen is a professional newborn, baby, child & family photographer servicing the Central West and surrounding areas.
Our family has had the pleasure of working with Jen on numerous occasions and she captures those pivotal moments between moments – you know the ones that I will want to relive as we all grow.
Jen offers a wide range of photography sessions to suit your needs. My favourite are the Sunset Sessions. These are casual afternoons spent capturing your family. They don’t take nearly as long as a full session but help update photos of growing children and families. Plus it’s WAY easier keeping a toddler in check for a shorter period of time!
If you want to capture memories, then you need to contact Jennifer Stocks Photography today.
| Phone: 0400 858 071 |
| Facebook: @jenniferstocksphotography |
| Email: email@example.com |
| Website: www.jenniferstocksphotography.com.au
Jen is super keen to make sure everyone has the best Christmas ever so is offering one very lucky winner a Sunset Session*. This comes with 30 high res digital images!
To be in the running all you have to do is be a ‘liker’ of Jennifer Stocks Photography’s Facebook Page as well as The Central Nest’s facebook page and like the ORIGINAL competition post on our facebook page.
Remember to ‘tag’ a friend and ‘share’ the post for an additional entry.
Winner will be drawn 5pm (AEST) Thursday 20 December 2018.
To see the full terms and conditions go here -> Christmas Prizeapolooza 2018 Rules
*Condition: Travel charges may apply for sunset session outside the Forbes area*