Garden snail


results

200,000 bugs and counting!

30 June 2011

Fantastic! We're just three weeks into the survey and you've already helped to record over 200,000 bugs, from more than 1,000 different locations. This is incredible news, so please keep sending in your results - the more data we gather, the more we'll find out about the amazing invertebrates that live around us.

As you'll see from the results map, you've sent in surveys from rural and urban areas right across the UK, from the south coast of England to Scotland and Northern Ireland. I couldn't fit it on the map, but there's even a survey from the Shetland Mainland - our most northerly record so far! This good geographic spread will really help us to interpret the results.

Next week we'll take our first good look at the information that you've helped to gather so far. Because the results have been flooding in so quickly, this is much sooner than we'd expected and is all very exciting...what will we find?

Keep following our blog to learn more about how we'll be analysing the Bugs Count data - and of course to find out the all important initial results! John

239 Tree Bumblebees spotted so far

8 June 2011

 

Wow - 239 Tree Bumblebees spotted so far - and it's only day 1 of the Bugs Count!  That's amazing - keep those sightings coming in. 

If you can, please send a photo with your species quest sightings.  This ensures your record is as valuable and useful as possible - but sightings without photos are still very welcome.

87 Bugs Count surveys have been completed so far - thanks to everyone who has taken part, we hope you had fun.  I look forward to checking back every day to see those totals getting higher and higher.

I'm sorting out the final preparations for our launch party tonight - it should be good fun and we're all looking forward to a relaxing evening after a very hectic day!

Enter your climate survey results

 

Activity 1 - contrails

Plane contrails

 

Please come back and submit as many observations as possible for Activity 1 using the online form. We are no longer accepting results by text message.

Activities 2, 3 and 4  - wind and thermal comfort

 

Enter your results for the bubble chase, bubble race and thermal comfort activities.

 

Problems entering your results online?
You can also submit your results by sending in your completed workbook(s) to:

FREEPOST RSCH-CHYJ-HYYC, OPAL, Centre for Environmental Policy, Imperial College, South Kensington, London SW7 2AZ

 

 

 

 

 

Biodiversity survey results

 

Main results map

Explore all the survey results we have received. Click on a survey location to view a brief summary of the findings.

Analyse the results

Invertebrates recorded through the year

At what time of the year are most invertebrates found? How does this vary between different groups?

 

Food resources through the year

How does the time of year affect the amount of berries, nuts and flowers recorded in hedges?

 

Invertebrates in different weather

How does the weather affect the type of invertebrates found during the survey?

Land use and hedgerow plants

How does the location of a hedge affect the type of plant species found growing in it?

Hedge shape and food abundance

How does the shape of a hedge affect the quantity of berries and nuts growing in it?

Hedge shape and invertebrate presence

Does the shape of a hedge affect which invertebrates you might find in it?

Structure and food score

How do the scores for hedge structure and food compare? Is there a relationship?

Structure and wildlife score

Do hedges with a higher structure score also have a higher score for wildlife?

Hedge structure and invertebrates

Does the structure of a hedge affect the invertebrates you might find there?

 

 

 

 

 

 

 

 

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Air survey results - what have we discovered so far?

With more than 2,000 air surveys submitted, lichen expert Pat Wolseley from the Natural History Museum takes a look at what your results have shown so far.

Pollution scores

Pat Wolseley (right) at the air survey launch


What does the pollution score map tell us?

The green spots show that nitrogen-sensitive lichens are on their way back across much of the country, especially in areas that were formerly lichen deserts, such as London and Birmingham. This is most probably because of the decrease in sulphur dioxide pollution in recent years.

Blue spots are limited to the coasts and remote areas where the air is very clean. The blue spot in London is a clear error.

Red spots indicate poor air quality and are seen mainly in the country areas where ammonia levels are high due to intensive agriculture.

The yellow spots suggest that nitrogen-loving lichens are increasing everywhere, in both agricultural and urban areas. You can see that this corresponds to levels of ammonia and nitrogen dioxide shown in the air quality maps on the pollution score page.

Many of the surveys have been carried out in areas where the human population is high and where we would expect there to be nitrogen-loving lichens. So we need more surveys to see how the lichens are responding to air quality in protected and more remote locations.

Lichen distribution


What can the map tell us about lichen distribution?

Nitrogen-sensitive lichens have been recorded in rural areas in the north, south and west of the country but they are also appearing in our towns and cities, which is a good sign. However, in these places they are often found together with nitrogen-loving lichens so check the pollution score map to see how these areas rate for air quality.

Intermediate lichens are present in all the areas that have been surveyed. These lichens appear to be returning to towns and cities where they had been absent before, as well as to country areas. This indicates that they are tolerant of a wide range of conditions.

Nitrogen-loving lichens are increasingly widespread in country and urban areas where nitrogen levels are high due to ammonia from intensive farming or nitrogen oxides from heavy traffic.

Nitrogen-sensitive lichens can indicate good air quality

Lichen diversity scores


What do the diversity scores show us?

The red and yellow spots (places with no or few lichens) are widely distributed in agricultural and urban areas, where nitrogen levels are high due to intensive farming or pollution from cars and industry.

The blue and green spots (places with high lichen diversity) show that lichens are returning to urban areas, such as London, where they were once absent due to high sulphur pollution.

The blue spots also show that diversity is highest in coastal and country areas.

 
Have you submitted your survey yet?

The more surveys we receive, the more valuable the results become, so we'd love you to take part. and submit your findings. Simply download the survey pack from this website to get started today.

 

 

Analyse your survey results

24 December 2009

Completed an OPAL survey? Want to find out more about what your results mean and how they compare with findings from the rest of the country? The OPAL website now provides a number of new ways to analyse survey results.


Air survey


What's your pollution score?

You can now view a pollution score for each survey you have submitted. The scoring system has been created by OPAL scientists to give an instant indication of your local air quality.

It’s a great way to compare results with friends, and see how surveys you've submitted from different locations match up.

 


Which lichens have been identified the most?

Discover what lichens have been found so far across the country. How does this compare with the lichens found in your survey? What does this suggest about your local air quality?


Are you a registered OPAL user?
You can only view your pollution score and compare lichen distributions if you have submitted a survey as a registered user.


Soil and earthworm survey


Create your own graph and explore the soil results so far

You can now analyse all the collected soil results using our interactive soil and site characteristics graph.

How do your results match up?
 

 

 

Research results - OPAL Water

How healthy are our lakes and ponds?

As part of the OPAL Water Centre and Aquatic Biomonitoring projects, we are monitoring the health of nine lakes and ponds across England until the end of 2012. We want to learn more about the water quality, how this is changing, and how the plants and animals that live in the water are being affected.


We are collecting physical, biological and chemical data at three-month intervals so we can observe how our findings change over time. We'll post our results regularly on this page. As the project develops we'll also share any conclusions we are able to reach from our data.

The findings from this project will be used to help in the conservation of these and other ponds and lakes across England. 

OPAL Water research news

June 2010 - Year 2 datasheets updated and first Year 3 datasheets also available. Thoresby lake was drained in January 2010, so site can not be accessed until July. What happens to the water chemistry when a big lake is refilled? We hope to find out.

 

East of England

Holt Hall Lake

Bathymetric map (PDF, 2.8MB)

 

Year 1 data (PDF, 120KB)

 

Year 2 data (PDF, 140KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 188KB)

 

Year 1 summary - 2009 (PDF, 1.18MB)

 

 

 

East Midlands

Thoresby Lake

Bathymetric map (PDF, 427KB)

 

Year 1 data (PDF, 121KB)

 

Year 2 data (PDF, 141KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 197KB)

 

 

 

 

 

London

Wake Valley Pond

Bathymetric map (PDF, 2.6MB)

 

Year 1 data (PDF, 121KB)

 

Year 2 data (PDF, 141KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 137KB)

 

 

 

 

North East

Crag Lough

Year 1 data (PDF, 119KB)

 

Year 2 data (PDF, 140KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 199KB)

 

 

 

 

 

 

North West

Marton Mere

Bathymetric map (PDF, 1.8MB)

 

Year 1 data (PDF, 121KB)

 

Year 2 data (PDF, 142KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 198KB)

 

 

 

 

 

South East

Fleet Pond

Bathymetric map (PDF, 2.6MB)

 

Sediment map (PDF, 137KB)

 

Year 1 data (PDF, 119KB)

 

Year 2 data (PDF, 140KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 187KB)

 

 

 

 

South West

Slapton Ley

Year 1 data (PDF, 120KB)

 

Year 2 data (PDF, 140KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 191KB)

 

 

 

 

 

West Midlands

Edgbaston Pond

Bathymetric map (PDF, 20.3MB)

 

Year 1 data (PDF, 120KB)

 

Year 2 data (PDF, 141KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 131KB)

 

 

 

 

Yorkshire and Humber

Chapman's Pond

Bathymetric map (PDF, 3.1MB)

 

Year 1 data (PDF, 121KB)

 

Year 2 data (PDF, 141KB)

 

Year 3 data (PDF, 138KB)

 

Year 4 data (PDF, 206KB)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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