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Students give two pieces of information a scientist could learn from placing bands on the legs of birds.

For this practical task students are given a variety of objects which they are required to make observations on by using their senses.

Students give two reasons why it is an advantage for a porcupine fish to inflate its body and have its spines stick out when it is in danger.

Task: Complete chart to show how birds' feet and beaks are suitably adapted for their particular food and environment. Assessment focus: inference.

Task: View photograph to explain how a chiton protects itself in its environment. Assessment focus: identifying features that help to protect an animal in its particular environment.

Task: Use features of velociraptors to make inferences about their life style. Assessment focus: using evidence to make inferences.

Task: Match cards to show the relationship of birds' beaks and feet to the food they eat. Assessment focus: adaptations.

Students use pictures of different types of parakeets to identify distinguishing features. NOTE: This resource needs to be used in colour.

Students are provided with a diagram of a thermometer and they answer questions on its use, how it works, and then read the temperatures from four thermometers.

Task: Answer questions about a table comparing the energy usage and lifespan of different sorts of lights, and use this information to complete a second table to describe advantages and disadvantages of each. Assessment focus: reading a technical table.

Task: Design a station on Mars. Assessment focus: problem solving to meet human needs in a different environment.

For this practical task students investigate some features of craters, complete a table, and explain what they found out. Students then use a diagram showing some craters on the Moon to write as much information as they can about these craters.

This practical task assesses students' ability to design and carry out a fair test on the relationship between slope and rates of erosion.

This resource assesses students' understanding of erosion. Students order a set of diagrams showing the process of erosion in a river and write an explanation of how cliff erosion occurs by the sea.

For this task students explain the causes to the difference in height of water levels in a lake during spring, summer, and winter.

This task requires students to determine the best way to dissolve Milo the quickest. Students are given the opportunity to determine this by trial and error, then they are asked to write up their result and a conclusion.

For this practical task students determine the viscosity of different household susbstances such as golden syrup, cooking oil, fruit juice etc. Students complete the experiment and construct a chart showing their results and observations.

Task: Describe how features of the New Zealand long-tailed bat help it to survive. Assessment focus: identifying features for survival.

Task: Show the relationship of birds' beaks and feet to the food they eat. Assessment focus: adaptations.

For this practical task the entire class is involved in an outside activity that looks at camouflage and warning colouration. Students then share their results and answer a number of questions.

Students draw a line from each of six invertebrate animals to its correct description. They are also required to name each animal.

Task: Process and interpret data in a table to identify the best paper to use for a game. Evaluate the reliability of the collected data. Assessment focus: using evidence to answer a question.

Task: Look at the arrangement of fibres for four different paper towels, arrange an appropriate sequence of instructions, carry out the instructions and then communicate the data in an appropriate graph that will help answer the question. Different elements of the nature of science are embedded throughout the tasks. Assessment focus: planning and carrying out a fair test, using evidence to answer a question.

Task: describe how different features of a racing car help it go fast. Assessment focus: technological responses to forces.

Students compare cars from different eras. They describe how different features of modern cars make them safer. The task assesses students' understanding of how technology can make cars faster and safer.