logo
The Edinburgh hidden gem garden perfect to escape the chaos of the Fringe Festival

The Edinburgh hidden gem garden perfect to escape the chaos of the Fringe Festival

Daily Record9 hours ago
It is just a short walk from Scotland's oldest pub.
The Edinburgh Fringe is underway, which means the Scottish capital is once again positively buzzing with activity. Everywhere you look in the centre of the city, there are locals and tourists soaking up the atmosphere.
Throughout August, Edinburgh welcomes millions of visitors from across the UK and beyond for the biggest arts festival in the world. The legendary event sees countless shows put on all over the city, from standup comedy to theatre and dance.
Whether you live in Edinburgh, or are visiting for the Fringe, everybody needs a break from the hustle and bustle. For that reason, the Daily Record's Walk of the Week is a secret gem garden in the city.
Dr Neil's Garden is a hidden retreat located in the historic village of Duddingston in the east of Edinburgh, next to Holyrood Park. Situated beside an idyllic pond, the garden features various plants, flowers, and winding paths.
Although the garden can be reached in around just 40 minutes on foot from the centre of Edinburgh, it feels worlds away from the chaos of the Fringe.
Dr Neil's Garden is the creation of two local doctors: Andrew and Nancy Neil. The GPs started work on the garden in 1963, and they encouraged their patients to help out with the gardening to help clear their heads in tranquil surroundings.
Today, the little-known garden is a place where city dwellers can take some time out of their busy lives to reconnect with nature. Visitors will find conifers, heathers, alpines, herbaceous borders, and even a physic garden.
After you're done soaking in the tranquil atmosphere of Dr Neil's Garden, you can enjoy a picturesque walk around Duddingston before heading into the historic Sheep Heid Inn for some food and drink.
Read on for some photographs that show why Dr Neil's Garden is the perfect destination this Edinburgh Fringe Festival. More information can be found on the Dr Neil's Garden website.
If you are still looking for travel inspiration, a few of our recent Walks of the Week can be found below:
The Scottish beach just outside of Edinburgh named 'best in the country'
The Scottish island walk that was named country's 'best hike' by experts
The Scottish beach walk that ends at award winning fish and chips
The 'virtually uninhabited' Scottish beach perfect for family summer day out
The Scottish 'subtropical' garden that was crowned Family Venue of the Year
The stunning Scottish beach with cosy pub by the sand perfect for family day out
The perfect Scottish Father's Day hike that ends at inn with delicious Sunday roast
Don't miss the latest news from around Scotland and beyond - sign up to the Scotland Now newsletter here.
More On
Edinburgh Festival
Edinburgh Fringe Festival
Walking and climbing
Edinburgh
Discover Scotland
Gardens and flowers
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Oasis gave most ‘ground-shaking' performance of last 20 years
Oasis gave most ‘ground-shaking' performance of last 20 years

South Wales Argus

time10 minutes ago

  • South Wales Argus

Oasis gave most ‘ground-shaking' performance of last 20 years

The Gallagher brothers' last Scottish gig has topped the chart for the most powerful seismic concert at the venue in the last 20 years, the British Geological Survey (BGS) said. The June 2009 Oasis gig beat the Red Hot Chili Peppers in June 2004, Kings of Leon in June 2011 and Taylor Swift in June last year – when measuring the peak earthshaking power of each event. The measurements were taken from a nearby seismic monitoring station, some 4km from the venue. At peak power of 215.06Kw, the Oasis gig was more than twice as powerful as the next strongest one by the Red Hot Chili Peppers at 106.87Kw. The rankings were revealed ahead of Oasis's comeback tour arriving in the Scottish capital this weekend – meaning there could be another 'shakermaker'. The power output is not related to the volume of the band or the crowd, rather it is the movement of fans jumping and dancing in time to the music, with the height of the jumping and weight of the crowd also potential factors. The Oasis reunion tour is set to arrive in Scotland (PA) It means the current cohort of Oasis fans' seismic output could perhaps be compared to those of previous years. BGS seismologist Callum Harrison said: 'In 2009, seismic signals generated by Oasis fans were consistent with a crowd energy of 215kW at its peak – enough to power around 30 of the scooters featured on the iconic Be Here Now album cover. 'Our network of sensors around the country is sensitive enough to pick up ground movement from a source miles away that may not be detectable to humans – and precise enough to register exact timestamps for when the events occur. 'The peak energy reading was recorded around 8.30pm on that June evening back in 2009, which correlates to the time the band first took the stage and performed Rock 'N' Roll Star, which couldn't be more fitting in terms of topping our seismic music chart.' The BGS keeps an archive of continuous ground motion recordings from seismic sensors around the country, dating back several decades. Mr Harrison added: 'In this instance we are only looking back over 20 years, however geological processes occur over vast time scales that can be difficult for humans to comprehend. 'Improving our understanding of historical earthquakes is an important part of BGS research in trying to understand and mitigate the seismic risk around the country.' Ahead of the sold-out gigs at Murrayfield, which begin on Friday, Mr Harrison said it is 'certainly possible' they could top the previous gig's output in 2009, adding: 'We'll just have to wait and see.' He said: 'The main contributing factors are going to be how energetic the crowd is. 'If they're jumping along with the music, how high or how fast are they jumping?'

Oasis gave most ‘ground-shaking' performance of last 20 years
Oasis gave most ‘ground-shaking' performance of last 20 years

Leader Live

time40 minutes ago

  • Leader Live

Oasis gave most ‘ground-shaking' performance of last 20 years

The Gallagher brothers' last Scottish gig has topped the chart for the most powerful seismic concert at the venue in the last 20 years, the British Geological Survey (BGS) said. The June 2009 Oasis gig beat the Red Hot Chili Peppers in June 2004, Kings of Leon in June 2011 and Taylor Swift in June last year – when measuring the peak earthshaking power of each event. The measurements were taken from a nearby seismic monitoring station, some 4km from the venue. At peak power of 215.06Kw, the Oasis gig was more than twice as powerful as the next strongest one by the Red Hot Chili Peppers at 106.87Kw. The rankings were revealed ahead of Oasis's comeback tour arriving in the Scottish capital this weekend – meaning there could be another 'shakermaker'. The power output is not related to the volume of the band or the crowd, rather it is the movement of fans jumping and dancing in time to the music, with the height of the jumping and weight of the crowd also potential factors. It means the current cohort of Oasis fans' seismic output could perhaps be compared to those of previous years. BGS seismologist Callum Harrison said: 'In 2009, seismic signals generated by Oasis fans were consistent with a crowd energy of 215kW at its peak – enough to power around 30 of the scooters featured on the iconic Be Here Now album cover. 'Our network of sensors around the country is sensitive enough to pick up ground movement from a source miles away that may not be detectable to humans – and precise enough to register exact timestamps for when the events occur. 'The peak energy reading was recorded around 8.30pm on that June evening back in 2009, which correlates to the time the band first took the stage and performed Rock 'N' Roll Star, which couldn't be more fitting in terms of topping our seismic music chart.' The BGS keeps an archive of continuous ground motion recordings from seismic sensors around the country, dating back several decades. Mr Harrison added: 'In this instance we are only looking back over 20 years, however geological processes occur over vast time scales that can be difficult for humans to comprehend. 'Improving our understanding of historical earthquakes is an important part of BGS research in trying to understand and mitigate the seismic risk around the country.' Ahead of the sold-out gigs at Murrayfield, which begin on Friday, Mr Harrison said it is 'certainly possible' they could top the previous gig's output in 2009, adding: 'We'll just have to wait and see.' He said: 'The main contributing factors are going to be how energetic the crowd is. 'If they're jumping along with the music, how high or how fast are they jumping?'

Oasis gave most ‘ground-shaking' performance of last 20 years
Oasis gave most ‘ground-shaking' performance of last 20 years

Powys County Times

time40 minutes ago

  • Powys County Times

Oasis gave most ‘ground-shaking' performance of last 20 years

Oasis provided the most 'ground-shaking' performance at Edinburgh's Murrayfield Stadium when they last played there in 2009, according to analysis of seismic data. The Gallagher brothers' last Scottish gig has topped the chart for the most powerful seismic concert at the venue in the last 20 years, the British Geological Survey (BGS) said. The June 2009 Oasis gig beat the Red Hot Chili Peppers in June 2004, Kings of Leon in June 2011 and Taylor Swift in June last year – when measuring the peak earthshaking power of each event. The measurements were taken from a nearby seismic monitoring station, some 4km from the venue. At peak power of 215.06Kw, the Oasis gig was more than twice as powerful as the next strongest one by the Red Hot Chili Peppers at 106.87Kw. The rankings were revealed ahead of Oasis's comeback tour arriving in the Scottish capital this weekend – meaning there could be another 'shakermaker'. The power output is not related to the volume of the band or the crowd, rather it is the movement of fans jumping and dancing in time to the music, with the height of the jumping and weight of the crowd also potential factors. It means the current cohort of Oasis fans' seismic output could perhaps be compared to those of previous years. BGS seismologist Callum Harrison said: 'In 2009, seismic signals generated by Oasis fans were consistent with a crowd energy of 215kW at its peak – enough to power around 30 of the scooters featured on the iconic Be Here Now album cover. 'Our network of sensors around the country is sensitive enough to pick up ground movement from a source miles away that may not be detectable to humans – and precise enough to register exact timestamps for when the events occur. 'The peak energy reading was recorded around 8.30pm on that June evening back in 2009, which correlates to the time the band first took the stage and performed Rock 'N' Roll Star, which couldn't be more fitting in terms of topping our seismic music chart.' The BGS keeps an archive of continuous ground motion recordings from seismic sensors around the country, dating back several decades. Mr Harrison added: 'In this instance we are only looking back over 20 years, however geological processes occur over vast time scales that can be difficult for humans to comprehend. 'Improving our understanding of historical earthquakes is an important part of BGS research in trying to understand and mitigate the seismic risk around the country.' Ahead of the sold-out gigs at Murrayfield, which begin on Friday, Mr Harrison said it is 'certainly possible' they could top the previous gig's output in 2009, adding: 'We'll just have to wait and see.' He said: 'The main contributing factors are going to be how energetic the crowd is. 'If they're jumping along with the music, how high or how fast are they jumping?'

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store