'Bedfordshire's Promoted Routes and Sites.'

Held Mid September.

'Bedfordshire's largest and most active walking group ... We currently have around 350 members, many of whom walk with us on a regular basis. Members of other local groups often join us too, knowing they will get a good walk and a friendly welcome. We regularly welcome new people on our walks and many go on to become members.'

'Greetings fellow walkers and welcome to BBN. Our group covers the three counties of Beds, Bucks and Northants, a large geographical area with a wide range of landscapes both natural and altered by man. The Chilterns have great views in all directions and some short but steep "ups". We offer two Challenge walks each year to entice you to our part of England and Social walks on most Thursdays and Sundays. Do come and join us - you can be sure of a warm welcome AND a good walk.'

Details of five Ramblers' Groups in the Bedfordshire Area: [1] Ivel Valley - - - : [2] Lea & Icknield - - - : [3] Leighton Buzzard - - - : [4] North Bedfordshire - - - : [5] Ouse Valley

'We are predominately a 20 – 30's rambling group operating in Hertfordshire, Bedfordshire and parts of Cambridgeshire ... Previously North Herts Young Walkers'

'Bedfordshire's Walk 4 Health scheme, managed by BRCC and led by the Ramblers, is part of a national campaign which is led by Natural England. Health Walks are free and open to all – though aimed particularly at people who are presently doing little or no exercise. The walks are led by trained volunteers and usually last for about an hour.'

'All the information you need to get walking in beautiful Bedfordshire ... FREE Beds walks for you to download and print ' ALERT At Review, this Website was inaccessible.

'To mark the end of our Paths to Crime two year project to catalogue the 19th Century Quarter Sessions Court Rolls we are planning to launch a series of trails via our website. Working with Bedford Borough Council's rights of way team we have created walks around Harrold and Odell (pdf) and Sharnbrook (pdf'