Winder Lane, Flookburgh, Grange-over-Sands LA11 7LE
Winder Lane, Flookburgh, Grange-over-Sands LA11 7LE
Winder Lane, Flookburgh, Grange-over-Sands LA11 7LE
Telephone: 015395 58434
admin@flookburgh.cumbria.sch.uk
Science is a much-valued part of our curriculum at Flookburgh CofE Primary School! We love to investigate the world around us, developing ways to explore and record how various aspects of our environment interact to produce the phenomena we see. Science is promoted to the children not just as another subject, but as a tool through which they can gain an understanding of the universe as a whole, ranging from everyday occurrences to distance galactic events!
Our science provision is led by a former research scientist educated to the Ph.D. level, who is eager to share his passion for the subject and to enable our children to make their own discoveries. Each science lesson is focussed around the concepts of working scientifically; these help our children to develop the skills which will allow them to become independent scientists for themselves.
Flookburgh CofE Primary School is wonderfully situated within expansive grounds, allowing us to venture outside as much as possible to help bring scientific concepts to life. We also like to venture farther afield, such as Class 2’s recent trip to Holker Hall, where the children have been encouraged to explore different habitats and to create their own sundials.
To ensure that the science provision meets the needs of all children, Flookburgh CofE Primary School is well equipped with resources to bring each topic to life. We are constantly adding to our resource collection; the receipt of funding from the British Science Association has allowed us to acquire a number of digital microscopes which have been very popular with the children!
Our science provision follows a two-year rolling plan within each class, based upon the 2014 National Curriculum (click image below to expand).
The number in parentheses indicates the level (year group) of that unit. For more information as to the content of each unit, please view the Long Term Plan document below (saved in .pdf format).
2016-07-19 Whole School Science 2 Year LTP
To ensure that science maintains a high profile within school, the subject is regularly promoted in a number of ways, including:
So far, we have held two Science Days (with hopefully many more to come!). To discover what we did on these occasions, please visit the event pages here:
Presented below are just some of the activities each class has enjoyed over this past year!
Identifying and Classifying Materials
Selecting Materials for Particular Clothing
Exploring Shadows & Silhouettes
Comparing and Looking Inside Seeds
Sharing Nature Survey Findings
22/09/16 – Volcanism Experiment
Unit: Rocks & Fossils (Yr3)
Description: After learning about the internal structure of volcanoes, it was only right that we had the chance to witness an eruption of our own!
Working Scientifically:
21/11/16 – Making Fossil Models
Unit: Rocks & Fossils (Yr3)
Description: When looking at how fossils are formed, some of us found it tricky to understand that fossils are formed by minerals being deposited in the void left behind by decayed organic material. Although they appear to be, fossils are not made of bone! We used an ammonite fossil to bring this concept to life by making an impression in PlayDoh, into which we poured a quick setting substance known as alginate. Next week, we got to excavate our own fossils!
Working Scientifically:
24/01/17 – Researching Environmental Impacts
Unit: Living Things & their Habitats (Yr4)
Description: How do humans damage the world around us? We looked at the impacts man’s activity has on wildlife and thought about ways in which these disturbances could be lessened.
Working Scientifically:
28/02/17 – Laminated Flower Dissections
Unit: Plants (Yr3)
Description: It’s all very well learning fancy technical words and labelling diagrams, but it is better to find these features for ourselves! We dissected flowers carefully, keeping the structures preserved by laminating the parts we found.
Working Scientifically:
04/05/17 – Friction Investigation
Unit: Forces & Magnets (Yr3)
Description: Which variables affect how far a car can travel down a ramp? We thought about this carefully, and then agreed that the only variable we would change is the surface the car travels over. We tested various materials, including plastic, sandpaper, carpet and bubblewrap to see which would impede the progress of the car the most.
Working Scientifically:
22/05/17 – Magnetism Enquiries
Unit: Forces & Magnets (Yr3)
Description: In their groups, the children devised an experiment they could test using our collection of magnets. They had to devise their hypothesis, method and ways to record findings independently.
Working Scientifically:
20/06/17 – Digestive System Modelling
Unit: Animals, including Humans (Yr4)
Description: After investigating the roles of each organ in our digestive tract, we had the chance to make these organs for our new class display!
Working Scientifically:
04/07/17 – Habitat Food Webs
Unit: Animals, including Humans (Yr4)
Description: Each group was given a different habitat, but the same sheet of animal images. Which animals would belong in their habitat? How would they be connected to create a food web? This allowed the children to share their knowledge and to consolidate the variety of food web terminology we have already met this year.
Working Scientifically:
06/09/16 – Propagating Cuttings
Unit: Living Things & their Habitats (Yr5)
Description: In Class 3, we learnt about how plants reproduce through pollination and seed formation. How else can a new plant form? We met the concept of propagation and investigated which plant species can be cloned effectively using this technique.
Working Scientifically:
02/11/16 – Becoming Nature Spotters!
Unit: Living Things & their Habitat (Yr5)
Description: We ventured outside to see how many different animals we could find, ranging from tiny insects to sheep over the hedge! Our data had to be recorded scientifically so that we could judge which animal species was the most plentiful.
Working Scientifically:
08/11/16 – Absorbency Investigation
Unit: Properties & Changes of Materials (Yr5)
Description: We were given a selection of seven materials. Which would we use to mop up a spill quickly? We tested them all to see which were best at absorbing water.
Working Scientifically:
15/11/16 – Solubility Investigation
Unit: Properties & Changes of Materials (Yr5)
Description: Which substances are soluble? Which are insoluble? Which liquids make for an effective solvent? We investigated a variety of substances to see what happened!
Working Scientifically:
22/11/16 – Chromatography
Unit: Properties & Changes of Materials (Yr5)
Description: How can we separate out two or more liquids mixed together? We used the technique of chromatography to find out!
Working Scientifically:
06/12/16 – Thermal Conductivity Investigation
Unit: Properties & Changes of Materials (Yr5)
Description: We worked together as a class to generate a large dataset to gauge the effectiveness of different materials at insulating a pot of hot water. Which material made for the most effective insulator? We plotted our data to find out, and had the opportunity to discuss some unusual results.
Working Scientifically:
18/01/17 – Heating or Burning?
Unit: Properties & Changes of Materials (Yr5)
Description: What is the difference between heating and burning? Mr. Napper brought this to life by comparing the effects of his camping stove on two spoons, one made of wood and one made of metal. Which one survived…
Working Scientifically:
02/02/17 – Making New Materials
Unit: Properties & Changes of Materials (Yr5)
Description: To finish our look at materials, we decided to make a new one of our own! We made a malleable substance by curdling hot milk using vinegar. We then discussed what the potential applications of this substance could be.
Working Scientifically:
09/02/17 – Natural Selection in Peppered Moths
Unit: Evolution & Inheritance (Yr6)
Description: We have heard of ‘evolution’ but needed an example to bring the concept to life. We looked at the effect pollution from the Industrial Revolution had on the population of the peppered moth, Biston betularia. Why did the appearance (phenotype) of this species change so rapidly?
Working Scientifically:
26/04/17 – How Does Light Move?
Unit: Light (Yr6)
Description: How does light move through the air (or the vacuum of space)?! We investigated this question and agreed that light must move in a straight line to find its way through our simple apparatus.
Working Scientifically:
27/04/17 – Shadow Investigations
Unit: Light (Yr6)
Description: The children were asked to devise and undertake their own light investigations. Some looked at the variables which control shadow formation, others looked at the effects of mixing different colours together.
Working Scientifically:
10/05/17 – Reflection and Refraction
Unit: Light (Yr6)
Description: Why does the spoon appear bent in water? We met the process of refraction and discussed how this is related to reflection. We also looked at how the matching optical densities of vegetable oil and pyrex can cause a small dish to disappear in front of our eyes!
Working Scientifically:
16/05/17 – Dispersion of Light
Unit: Light (Yr6)
Description: The classic light through a prism experiment! We explored how rainbows are created and the physical laws of refraction and light wavelength cause this phenomenon to occur.
Working Scientifically:
23/05/17 – Bubble Dispersion
Unit: Light (Yr6)
Description: Light is not only refracted and dispersed through prisms, we looked at how the surface of bubbles plays a similar role in scattering light and revealing colours!
Working Scientifically:
29/06/17 – Double Circulation
Unit: Animals, including Humans (Yr6)
Description: Carrying on from our look at the structure of the heart, we brought the concept of double circulation to life by acting out how blood flows twice through the heart on its circuit around the body.
Working Scientifically:
Unit: Animals, including Humans (Yr6)
Description: Carrying on from our look at the structure of the heart, we brought the concept of double circulation to life by acting out how blood flows twice through the heart on its circuit around the body.
Working Scientifically:
18/07/17 – Drug Awareness Posters
Unit: Animals, including Humans (Yr6)
Description: We discussed the ways in which drugs are dangerous to our bodies and how we should make others aware of these risks.
Working Scientifically:
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