Crickets Hill is a picturesque area located in Surrey, England. As the name suggests, it is a hilly terrain characterized by lush greenery and breathtaking landscapes. Situated in the southeastern part of the county, Crickets Hill is part of the North Downs, a range of chalk hills that extends across Surrey and Kent.
The hill itself is relatively small, with an elevation of approximately 150 meters (492 feet) above sea level. Despite its modest height, Crickets Hill offers stunning panoramic views of the surrounding countryside. On a clear day, visitors can see as far as the Surrey Hills Area of Outstanding Natural Beauty, which lies to the southwest.
The area is a haven for nature enthusiasts and hikers, as it boasts an extensive network of footpaths and bridleways. These paths meander through woodlands, open fields, and rolling hills, providing opportunities for leisurely strolls or more challenging hikes. The diverse flora and fauna found on Crickets Hill make it a popular spot for birdwatching and wildlife observation.
Crickets Hill is also steeped in history. The area has evidence of ancient human occupation, with archaeological finds suggesting its use as a settlement in the Iron Age and Roman periods. Today, remnants of these past civilizations can still be seen, including Roman roads and burial mounds.
Overall, Crickets Hill offers a tranquil escape from the hustle and bustle of city life. Its natural beauty, combined with its rich history, makes it a must-visit destination for those seeking a taste of the English countryside.
If you have any feedback on the listing, please let us know in the comments section below.
Images are sourced within 2km of 51.282859/-0.54035264 or Grid Reference TQ0154. Thanks to Geograph Open Source API. All images are credited.
Crickets Hill is located at Grid Ref: TQ0154 (Lat: 51.282859, Lng: -0.54035264)
Administrative County: Surrey
District: Guildford
Police Authority: Surrey
///summer.towns.atom. Near Send, Surrey
Leave your review of Crickets Hill below (or comments, questions and feedback).