BUZZ OF EXCITEMENT FOR LANCS PARK

BUZZ OF EXCITEMENT FOR LANCS PARK

AN INTERPRETED NATURE DISCOVERY trail on the park allows youngsters to make many wildlife discoveries

Honey bees and butterflies have helped a family Lancaster holiday park to wing its way into the finals of this year’s Lancashire Tourism Awards. Moss Wood Caravan Park in the village of Cockerham has been nominated in the “ethical, responsible and sustainable” category for its successful efforts to protect the natural world.

Now the final hurdles for the park will be a “mystery shop” from an industry professional, and a face-to-face interview with the awards’ judging panel. The winner will be revealed at next February’s glittering awards ceremony of the Lancashire Tourism Awards in Blackburn, attended by tourism professional from across the region.

Moss Wood, which is owned by the Wild family, has already had its environmental policies and green tourism credentials put under close scrutiny in the competition. Judges noted that the park recently became home to its second colony of 80,000 honey bees after installing two traditional timber hives in its grounds.

Their thriving future is assured thanks to the many high nectar-bearing blooms at Moss Wood, including a 3000 square-foot wildflower wilderness planted by the park. The bees share their food sources with a wide range of butterflies and other pollinators, and there are plans to harvest the honey for sale in the park’s shop.

The park also encourages holiday guests and members of the local community, especially children, to engage with nature and to protect wildlife. Available for them to explore is a 1.5km nature discovery trail, and two spring-fed lakes which act as a magnet for birdlife, dragonflies, water fowl and a host of other different aquatic species.

 

NEW £1M STAFFS HOLIDAY DEVELOPMENT

NEW £1M STAFFS HOLIDAY DEVELOPMENT

ADAM BREAKSPEARE has decided to pitch the Oakland Holiday Park lodges at the top end of the market

Rising demand for holiday homes in rural Staffordshire has prompted a local family to create a new £1 million development on its long-established holiday park. Oakland Holiday Park, near the village of Brewood and close to the Shropshire border, says that sales enquiries have been booming since the end of pandemic.

Now the park is getting ready to open up a new phase of luxury lodges which are all located on the banks of the Shropshire Union Canal which runs through the grounds. Adam Breakspeare, whose family has owned the park for 35 years, says that although the investment is substantial, he is confident the demand will be there: “Many people took a holiday in Britain for the first time during the pandemic years, and clearly enjoyed the experience,” he says.

“Now many are looking to own a holiday home in tranquil countryside which they can enjoy throughout the year, both for short breaks and longer stays. “We have decided to pitch our new development at the top end of the market, and all of our new holiday lodges are fully equipped and furnished to the highest standard,” said Adam.

Starting at around £145,000, the lodges are for a limited period being offered with a free hot tub in which owners can unwind. Each also has its own exterior decking for al-fresco dining. Owners will have full use of Oakland’s extensive guest facilities which include an indoor pool and sauna, fitness suite, fishing pool, and friendly park bar serving snacks and meals.

The park is a previous overall winner of the Enjoy Staffordshire Tourism Awards in the parks category, thanks to its first-class standards and welcoming atmosphere. The wildlife-rich nine-acre grounds of Oakland, says Adam, are a haven for wildlife which the family encourages with a raft of conservation initiatives.

Rainfall is harvested for irrigating the many shrubs and flowers planted throughout the park, a lot of which have high nectar-bearing blooms which draw butterflies and honey bees. In addition, the family has installed many bird, bat and owl boxes, and provides heating for its pool with a highly efficient solar energy system.