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Male fern (UEB uncontracted)
by RnibThis image shows a Male fern (Dryopteris felis-mas) with rolled immature fronds (leaves), rhizome and roots.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.The plans roots are at the bottom of the page growing from the rhizome above.There are immature fronds growing up from the left part of the rhizome. They are coiled up in spirals and will unwind to develop into mature fronds like the one to their right.The mature frond grows up and right to the top right of the page. It has a central stem with individual leaflets (pinna) growing out and up to the left and right, getting smaller towards the top of the frond. These leaflets are made up of even smaller leaflets called pinnules. These are shown on this image as a serrated edge to the pinna.The fern is a primitive plant without flowers or seeds. It reproduces instead, by releasing spores from sporangia on the underside of its leaves; these are not shown.
Male fern (UEB contracted)
by RnibThis image shows a Male fern (Dryopteris felis-mas) with rolled immature fronds (leaves), rhizome and roots.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.The plans roots are at the bottom of the page growing from the rhizome above.There are immature fronds growing up from the left part of the rhizome. They are coiled up in spirals and will unwind to develop into mature fronds like the one to their right.The mature frond grows up and right to the top right of the page. It has a central stem with individual leaflets (pinna) growing out and up to the left and right, getting smaller towards the top of the frond. These leaflets are made up of even smaller leaflets called pinnules. These are shown on this image as a serrated edge to the pinna.The fern is a primitive plant without flowers or seeds. It reproduces instead, by releasing spores from sporangia on the underside of its leaves; these are not shown.
Male fern (large print)
by RnibThis image shows a Male fern (Dryopteris felis-mas) with rolled immature fronds (leaves), rhizome and roots.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.The plans roots are at the bottom of the page growing from the rhizome above.There are immature fronds growing up from the left part of the rhizome. They are coiled up in spirals and will unwind to develop into mature fronds like the one to their right.The mature frond grows up and right to the top right of the page. It has a central stem with individual leaflets (pinna) growing out and up to the left and right, getting smaller towards the top of the frond. These leaflets are made up of even smaller leaflets called pinnules. These are shown on this image as a serrated edge to the pinna.The fern is a primitive plant without flowers or seeds. It reproduces instead, by releasing spores from sporangia on the underside of its leaves; these are not shown.
Limiting factors of photosynthesis (UEB uncontracted)
by RnibThese pages show images of curved line graphs. It is a multi-page image set on three pages. There is a locator dot shown on each page, which will be at the top left when the image is the correct way up. Limiting factors of photosynthesis, light: This graph shows the effect of increasing the intensity of light has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is light intensity. The data line goes from the origin at point A up and right in a curve. It levels out at point B and then goes horizontally right to point C. Limiting factors of photosynthesis, temperature: This graph shows the effect increasing temperature has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is temperature in degrees Centigrade. The data line goes from near the origin up and right in a curve. It comes to a rounded peak and then falls sharply. Limiting factors of photosynthesis, CO2: This graph shows the effect of increasing the concentration of carbon dioxide has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is carbon dioxide concentration. The data line goes from the origin at point A up and right in a curve. It levels out at point B and then goes horizontally right to point C.
Limiting factors of photosynthesis (UEB contracted)
by RnibThese pages show images of curved line graphs. It is a multi-page image set on three pages. There is a locator dot shown on each page, which will be at the top left when the image is the correct way up. Limiting factors of photosynthesis, light: This graph shows the effect of increasing the intensity of light has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is light intensity. The data line goes from the origin at point A up and right in a curve. It levels out at point B and then goes horizontally right to point C. Limiting factors of photosynthesis, temperature: This graph shows the effect increasing temperature has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is temperature in degrees Centigrade. The data line goes from near the origin up and right in a curve. It comes to a rounded peak and then falls sharply. Limiting factors of photosynthesis, CO2: This graph shows the effect of increasing the concentration of carbon dioxide has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is carbon dioxide concentration. The data line goes from the origin at point A up and right in a curve. It levels out at point B and then goes horizontally right to point C.
Limiting factors of photosynthesis (large print)
by RnibThese pages show images of curved line graphs. It is a multi-page image set on three pages. There is a locator dot shown on each page, which will be at the top left when the image is the correct way up. Limiting factors of photosynthesis, light: This graph shows the effect of increasing the intensity of light has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is light intensity. The data line goes from the origin at point A up and right in a curve. It levels out at point B and then goes horizontally right to point C. Limiting factors of photosynthesis, temperature: This graph shows the effect increasing temperature has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is temperature in degrees Centigrade. The data line goes from near the origin up and right in a curve. It comes to a rounded peak and then falls sharply. Limiting factors of photosynthesis, CO2: This graph shows the effect of increasing the concentration of carbon dioxide has on photosynthesis. The Y-axis on the left of the page is the rate of photosynthesis and the X-axis going across the bottom of the page is carbon dioxide concentration. The data line goes from the origin at point A up and right in a curve. It levels out at point B and then goes horizontally right to point C.
Four main plant groups (large print)
by RnibThere are four images on this page showing an example of a plant from each of the four main plant groups. The main characteristics of each plant are listed to the left of its image. There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. A moss is shown to the left of top centre of the page. At the top of the image is the sporophyte containing the spores that will be released to grow into new individuals. Down from this is the stalk with thin leaves growing to either side. The fern is shown on the top right. At the top of the image is one of its fronds with pinna (leaflets) growing to either side. Further down is the rhizome with a mass of small roots growing down from it. To the right of the rhizome you will find two curled-up immature fronds, ready to open up. There is a branch of a conifer shown to the left of bottom centre. Its stem goes from the top left to the bottom right of the image with shoots growing to either side. The needle-shaped leaves grow out from the shoots. Part of a flowering plant is shown on the bottom right. It is sprig of a mint plant with two flower heads with many florets (tiny individual flowers) at the top of the image. Down the page from this are three oval leaves with serrated edges, growing out to either side of the stem.
Four main plant groups (UEB uncontracted)
by RnibThere are four images on this page showing an example of a plant from each of the four main plant groups. The main characteristics of each plant are listed to the left of its image. There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. A moss is shown to the left of top centre of the page. At the top of the image is the sporophyte containing the spores that will be released to grow into new individuals. Down from this is the stalk with thin leaves growing to either side. The fern is shown on the top right. At the top of the image is one of its fronds with pinna (leaflets) growing to either side. Further down is the rhizome with a mass of small roots growing down from it. To the right of the rhizome you will find two curled-up immature fronds, ready to open up. There is a branch of a conifer shown to the left of bottom centre. Its stem goes from the top left to the bottom right of the image with shoots growing to either side. The needle-shaped leaves grow out from the shoots. Part of a flowering plant is shown on the bottom right. It is sprig of a mint plant with two flower heads with many florets (tiny individual flowers) at the top of the image. Down the page from this are three oval leaves with serrated edges, growing out to either side of the stem.
Four main plant groups (UEB contracted)
by RnibThere are four images on this page showing an example of a plant from each of the four main plant groups. The main characteristics of each plant are listed to the left of its image. There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. A moss is shown to the left of top centre of the page. At the top of the image is the sporophyte containing the spores that will be released to grow into new individuals. Down from this is the stalk with thin leaves growing to either side. The fern is shown on the top right. At the top of the image is one of its fronds with pinna (leaflets) growing to either side. Further down is the rhizome with a mass of small roots growing down from it. To the right of the rhizome you will find two curled-up immature fronds, ready to open up. There is a branch of a conifer shown to the left of bottom centre. Its stem goes from the top left to the bottom right of the image with shoots growing to either side. The needle-shaped leaves grow out from the shoots. Part of a flowering plant is shown on the bottom right. It is sprig of a mint plant with two flower heads with many florets (tiny individual flowers) at the top of the image. Down the page from this are three oval leaves with serrated edges, growing out to either side of the stem.
Fibrous roots (large print)
by RnibOn this page there is an image of a mat of fibrous grass roots beneath the surface of the earth There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. At the top centre of the page, you can find the bases of two blades of grass. There is not enough room to show all of the plant. The roots grow down and out from the grass leaves. They branch out into ever smaller roots towards the bottom and sides of the page.
Fibrous roots (UEB uncontracted)
by RnibOn this page there is an image of a mat of fibrous grass roots beneath the surface of the earth There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. At the top centre of the page, you can find the bases of two blades of grass. There is not enough room to show all of the plant. The roots grow down and out from the grass leaves. They branch out into ever smaller roots towards the bottom and sides of the page.
Fibrous roots (UEB contracted)
by RnibOn this page there is an image of a mat of fibrous grass roots beneath the surface of the earth There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. At the top centre of the page, you can find the bases of two blades of grass. There is not enough room to show all of the plant. The roots grow down and out from the grass leaves. They branch out into ever smaller roots towards the bottom and sides of the page.
Features of yellow and pink flowers (tactile)
by RnibThis image shows 2 diagrams. The first diagram shows a yellow flower with the feathery stigmas labelled. The second diagram shows a pink flower with sticky pollen and colourful petals labelled and a bee.
Epiphytic bromeliad (large print)
by RnibThis image shows an Epiphytic bromeliad growing on the branch of a tree. This is the Aechmea cylindrata variety, which can grow up to 50 centimetres high.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.You will find a tree branch going across the bottom of the page. Halfway along, the roots of the bromeliad are wrapped around it.Up from here are the plans long, pointed, green leaves growing up and out to the left and right. The plant stores the water that gathers in the overlapping leaf-base. At the top centre of the image is the bromeliads flower spike. It has individual flowers growing out to the left and right from a central stem. The flowers are magenta near the stem and pale blue at their tips. Bromeliads are native to South America. They include Pineapples and Spanish moss.
Epiphytic bromeliad (UEB contracted)
by RnibThis image shows an Epiphytic bromeliad growing on the branch of a tree. This is the Aechmea cylindrata variety, which can grow up to 50 centimetres high.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.You will find a tree branch going across the bottom of the page. Halfway along, the roots of the bromeliad are wrapped around it.Up from here are the plans long, pointed, green leaves growing up and out to the left and right. The plant stores the water that gathers in the overlapping leaf-base. At the top centre of the image is the bromeliads flower spike. It has individual flowers growing out to the left and right from a central stem. The flowers are magenta near the stem and pale blue at their tips.Bromeliads are native to South America. They include Pineapples and Spanish moss.
Epiphytic bromeliad (UEB uncontracted)
by RnibThis image shows an Epiphytic bromeliad growing on the branch of a tree. This is the Aechmea cylindrata variety, which can grow up to 50 centimetres high.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.You will find a tree branch going across the bottom of the page. Halfway along, the roots of the bromeliad are wrapped around it.Up from here are the plans long, pointed, green leaves growing up and out to the left and right. The plant stores the water that gathers in the overlapping leaf-base. At the top centre of the image is the bromeliads flower spike. It has individual flowers growing out to the left and right from a central stem. The flowers are magenta near the stem and pale blue at their tips.Bromeliads are native to South America. They include Pineapples and Spanish moss.
Daisy (UEB contracted)
by RnibThere are two views of a daisy, a side view at the top of the page, and a top view at the bottom. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The side view shows the yellow centre of the flower head in the top centre of the page. Just down from this are a number of the white petals shown edge on. The short stem continues down the page to a leaf shown edge-on to the right and left of the stem. The top view shows the yellow centre of the flower head in the middle of the image. It is ringed by many white petals. There are five round shaped leaves coming from under the petals in a ring around the flower head. The daisy flower head is approximately fifteen millimetres in diameter. It grows very close to the ground.
Cross section through a leaf (UEB uncontracted)
by RnibThis is a labelled cross section diagram showing some of the various parts and types of cell in a plant leaf and some of their functions. There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. The labels are on the left of the page, pointing to the parts of the leaf in the diagram on the right.
Daisy (large print)
by RnibThere are two views of a daisy, a side view at the top of the page, and a top view at the bottom. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The side view shows the yellow centre of the flower head in the top centre of the page. Just down from this are a number of the white petals shown edge on. The short stem continues down the page to a leaf shown edge-on to the right and left of the stem. The top view shows the yellow centre of the flower head in the middle of the image. It is ringed by many white petals. There are five round shaped leaves coming from under the petals in a ring around the flower head. The daisy flower head is approximately fifteen millimetres in diameter. It grows very close to the ground.
Daisy (UEB uncontracted)
by RnibThere are two views of a daisy, a side view at the top of the page, and a top view at the bottom. There is a locator dot shown, which will be at the top left of the page when the image is the right way up. The side view shows the yellow centre of the flower head in the top centre of the page. Just down from this are a number of the white petals shown edge on. The short stem continues down the page to a leaf shown edge-on to the right and left of the stem. The top view shows the yellow centre of the flower head in the middle of the image. It is ringed by many white petals. There are five round shaped leaves coming from under the petals in a ring around the flower head. The daisy flower head is approximately fifteen millimetres in diameter. It grows very close to the ground.
Cross section through a leaf (UEB contracted)
by RnibThis is a labelled cross section diagram showing some of the various parts and types of cell in a plant leaf and some of their functions. There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. The labels are on the left of the page, pointing to the parts of the leaf in the diagram on the right.
Cross section through a leaf (large print)
by RnibThis is a labelled cross section diagram showing some of the various parts and types of cell in a plant leaf and some of their functions. There is a locator dot shown, which will be at the top left of the page when the image is the correct way up. The labels are on the left of the page, pointing to the parts of the leaf in the diagram on the right.
Common hair cap moss (UEB contracted)
by RnibThis is an image of a Common Hair-cap Moss (Polytrichum commune) sporophyte. This has grown from a zygote, the result of the fusing of male and female gametes on the green plant (gametophyte). The sporophyte remains attached to the green plant.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.The moss is fixed in the ground at the bottom centre of the page. Going up from here there are narrow leaves growing out to the left and right from the stem. There are brown leaves at the bottom and green leaves further up.The stem continues up the page.You will find the plans capsule containing spores at the top of the image. It has a lid, with beak on top, which opens to release the spores; these will grow into new green plants.Like most mosses the Hair-cap grows in moist habitats: wet heathland or bogs. Its height ranges from 5 to 30 centimetres. Many plants will grow together to form a thick mat.
Common hair cap moss (UEB uncontracted)
by RnibThis is an image of a Common Hair-cap Moss (Polytrichum commune) sporophyte. This has grown from a zygote, the result of the fusing of male and female gametes on the green plant (gametophyte). The sporophyte remains attached to the green plant.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.The moss is fixed in the ground at the bottom centre of the page. Going up from here there are narrow leaves growing out to the left and right from the stem. There are brown leaves at the bottom and green leaves further up.The stem continues up the page.You will find the plans capsule containing spores at the top of the image. It has a lid, with beak on top, which opens to release the spores; these will grow into new green plants.Like most mosses the Hair-cap grows in moist habitats: wet heathland or bogs. Its height ranges from 5 to 30 centimetres. Many plants will grow together to form a thick mat.
Common hair cap moss (large print)
by RnibThis is an image of a Common Hair-cap Moss (Polytrichum commune) sporophyte. This has grown from a zygote, the result of the fusing of male and female gametes on the green plant (gametophyte). The sporophyte remains attached to the green plant.There is a locator dot shown, which will be at the top left of the page when the image is the correct way up.The moss is fixed in the ground at the bottom centre of the page. Going up from here there are narrow leaves growing out to the left and right from the stem. There are brown leaves at the bottom and green leaves further up.The stem continues up the page.You will find the plans capsule containing spores at the top of the image. It has a lid, with beak on top, which opens to release the spores; these will grow into new green plants.Like most mosses the Hair-cap grows in moist habitats: wet heathland or bogs. Its height ranges from 5 to 30 centimetres. Many plants will grow together to form a thick mat.