Now the meeting of Committee Europe in Wittmund has passed and there are a lot of reports and pictures from the project EuroWater.
Please have a look at the webpage of Committee Europe http://committee-europe.eu and on picasa https://plus.google.com/u/0/photos/105253598838482033036/albums/6030666311086176369
Committee Europe
Monday, 30 June 2014
Saturday, 24 May 2014
Little Tasks for special Jobs
Now Reporter, Coreporter, Photographer, Webdesigner and Webmanager of all participating groups got mails with special little tasks for their job in Wittmund in June.
The Reporters have to write a short article of their national group, some sentences about the group and what they expect in Wittmund and have to send it per mail to webmaster@committee-europe.eu.
The Coreporters have to help their national Reporters by presenting their group.
The Photographers should take the camera, make some photos from their group and send them per mail towebmaster@committee-europe.eu.
They also have to study the manual of the camera (http://committee-europe.eu/downloads/Manual_Rollei_S-50.pdf).
They also have to study the manual of the camera (http://committee-europe.eu/downloads/Manual_Rollei_S-50.pdf).
The Webdesigners should take a photo editor like "IrfanView" and should try to cut or resize pictures from the Photographer to 800 pixel length and send them to webmaster@committee-europe.eu.
The Webmanagers got already the account for the webpage, so that they have to login on http://committee-europe.eu and have to alter the password to their own one.
In Wittmund they will learn more about their special jobs. The reports you will find soon in "News from EuroWater".
Saturday, 5 April 2014
First result of Water Footprint
First result of Water Footprint survey among the students of 9 from 10 schools.
This diagramm shows the amount of water every person needs in one year in cubic meter. Note, one cubic meter water is 1000 liter water and has the weight of 1000 kg or one ton!
Please compare the own school/region with the result of all other schools/regions.
This diagramm shows the amount of water every person needs in one year in cubic meter. Note, one cubic meter water is 1000 liter water and has the weight of 1000 kg or one ton!
Please compare the own school/region with the result of all other schools/regions.
Friday, 4 April 2014
Measuring Case for Water Analysis
For the measurement of some most important parameters we have chosen for a measurement case with 7 VISOCOLOR® ECO test kits from Macherey-Nagel and additionally further 5 VISOCOLOR® ECO test kits in another case especially for the analysis of drinking water.
Measuring case 1 complete (MN 831 301):
- Ammonium (MN 931 008)
- Carbonate hardness (MN 931 014)
- Hardness (total) (MN 931 029)
- Nitrate (MN 931 041)
- Nitrite (MN 931 044)
- pH (MN 931 066)
- Phosphate (MN 931 084)
Measuring case 2 (MN 831 303) with:
- Oxygen (MN 931 088)
- Chloride (MN 931 018)
- Iron (MN 931 026)
- Aluminium (MN 931 006)
- Copper (MN 931 037)
So we have 12 VISOCOLOR® ECO test kits for 12 parameters for surface water and drinking water in 2 measuring cases for every school.
Friday, 28 March 2014
National Parameters
Now the next task is to compare the national regulations implementing the European Water Directive and add the values into a national table. Therefor we have prepared a table with all values of chemical and indicator parameters of the European Water Directive in national languages.
You also can find the table in the Dropbox in the folder "National_Parameters".
You also can find the table in the Dropbox in the folder "National_Parameters".
Parameter | mg / l |
Acrylamide | 0,0001 |
Antimony | 0,0050 |
Arsenic | 0,0100 |
Benzene | 0,0010 |
Benzo(a)pyrene | 0,00001 |
Boron | 1,0000 |
Bromate | 0,0100 |
Cadmium | 0,0050 |
Chromium | 0,0500 |
Copper | 2,0000 |
Cyanide | 0,0500 |
1,2-dichloroethane | 0,0030 |
Epichlorohydrin | 0,0001 |
Fluoride | 1,5000 |
Lead | 0,0100 |
Mercury | 0,0010 |
Nickel | 0,0200 |
Nitrate | 50,0000 |
Nitrite | 0,5000 |
Pesticides | 0,0001 |
Pesticides — Total | 0,0005 |
Polycyclic aromatic hydrocarbons | 0,0001 |
Selenium | 0,0100 |
Tetrachloroethene and Trichloroethene | 0,0100 |
Trihalomethanes — Total | 0,1000 |
Vinyl chloride | 0,0005 |
Monday, 27 January 2014
Consumption of Drinking Water
New
Task: We investigate a weekly cycle and an annual cycle. Watch the
consumption of drinking water for 14 days and over a whole year. To
collect the results, there are PDF files for printing and distributing
to the students. Run the investigations in February or March. The files
you find in our Dropbox in the folder "Drinking_Water".
In order to record the results then use the Excel spreadsheets.
Talk also about using drinking water and how the consumption can be reduced and also show how to use a water meter to get the result in m³ or l.
In order to record the results then use the Excel spreadsheets.
Talk also about using drinking water and how the consumption can be reduced and also show how to use a water meter to get the result in m³ or l.
We are working on our Project
What we have done so far
First we were introduced in the topic “Water- food number1” in subjects like chemistry, biology, physics, geography, ethics and computer science. In our first “Comenius lesson”, we collected information about different kinds of water for example mineral water, streams, rivers, fresh water and salt water. We also answered the question for what do you use all these kinds of water? We read three texts that we got from the teachers and so we found out more about questions like “How to save water?”. And where are the problems? After finding out our class filled out a quiz. At the end of this topic we investigated our own water requirement.
The making of a “Waterfootprint” was the next we had to do. The whole class does this in our computer science lesson. These are the results of our private ecologically footprint: Our class needed 2.4 resources as much as the earth provides to us.
Nevertheless, our topic doesn´t end. We look forward to meeting all the others who join in this project next year.
Lara + Anna-Lena
The making of a “Waterfootprint” was the next we had to do. The whole class does this in our computer science lesson. These are the results of our private ecologically footprint: Our class needed 2.4 resources as much as the earth provides to us.
Nevertheless, our topic doesn´t end. We look forward to meeting all the others who join in this project next year.
Lara + Anna-Lena
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