Scientific Name: Chenopodium murale L
... spleenopathy, pharyngopathy and general debility. Pharmacognosy and Phytochemistry Parts studied : Leaves Microscopic Description: Leaf : The epidermal cells are covered with thin unstriated cuticle. They are irregular in shape with markedly wavy cell walls which are more observed in the lower epide ...
... spleenopathy, pharyngopathy and general debility. Pharmacognosy and Phytochemistry Parts studied : Leaves Microscopic Description: Leaf : The epidermal cells are covered with thin unstriated cuticle. They are irregular in shape with markedly wavy cell walls which are more observed in the lower epide ...
Botanical Features
... The stem is the main structural axe of a vascular plant. It supports the entire plant and bears the buds, leaves, flowers, and fruits; it is a vital connection between leaves and roots. A stem is made up of internodes separated by nodes that are often thickened. A point between a leaf and the stem o ...
... The stem is the main structural axe of a vascular plant. It supports the entire plant and bears the buds, leaves, flowers, and fruits; it is a vital connection between leaves and roots. A stem is made up of internodes separated by nodes that are often thickened. A point between a leaf and the stem o ...
Chloroplast Math
... but you can estimate the number. For example, if you know the number of chloroplasts in a small area, you can estimate the number of chloroplasts in a whole leaf. ...
... but you can estimate the number. For example, if you know the number of chloroplasts in a small area, you can estimate the number of chloroplasts in a whole leaf. ...
PLANTS
... leaves and stems. Waterproof layer that keeps water in plants b. Stomata: openings mainly located on the underside of leaves. Helps with exchange of gas c. Vascular tissues: called vessels. Examples are xylem and phloem. ...
... leaves and stems. Waterproof layer that keeps water in plants b. Stomata: openings mainly located on the underside of leaves. Helps with exchange of gas c. Vascular tissues: called vessels. Examples are xylem and phloem. ...
1.Potato – This is a stem, an underground storage stem called a
... leaves bud from it when left on the counter too long. 2.Carrot – This is a modified tap root, for storage. 3.Celery – Leaf; the part we eat is an enlarged petiole (the stem of the leaf). 4.Broccoli tops — These are sometimes called florets, meaning flowers. They are immature flowers. 5.Sweet potato ...
... leaves bud from it when left on the counter too long. 2.Carrot – This is a modified tap root, for storage. 3.Celery – Leaf; the part we eat is an enlarged petiole (the stem of the leaf). 4.Broccoli tops — These are sometimes called florets, meaning flowers. They are immature flowers. 5.Sweet potato ...
Gas Exchange - Hope Christian College Parent and Student Portal
... • PLANTS ARE NO DIFFERENT but they ‘breathe’ or respire at night and photosynthesise during the day. • Some of the oxygen produced in photosynthesis is used in cellular respiration, the rest is diffused out. • Therefore in plants oxygen and carbon dioxide are both waste products AND nutrients ...
... • PLANTS ARE NO DIFFERENT but they ‘breathe’ or respire at night and photosynthesise during the day. • Some of the oxygen produced in photosynthesis is used in cellular respiration, the rest is diffused out. • Therefore in plants oxygen and carbon dioxide are both waste products AND nutrients ...
MsWord - life.illinois.edu.
... Leaves 2-ranked and distichous (attached in two rows on opposite sides of the stem). Leaves cleft at anterior edge and clasping posterior edge of next leaf; WS Leaves decurrent and confluent; protonemata luminous; “Goblin Gold”; WS* Leaves with longitudinal lamellae; setae long; capsules cylindrical ...
... Leaves 2-ranked and distichous (attached in two rows on opposite sides of the stem). Leaves cleft at anterior edge and clasping posterior edge of next leaf; WS Leaves decurrent and confluent; protonemata luminous; “Goblin Gold”; WS* Leaves with longitudinal lamellae; setae long; capsules cylindrical ...
Go Botany Plant Quiz Cards
... The plant is a shrub (a woody plant with several stems growing from the base). The leaves are alternate on the stem. The leaf blade is compound (made up of two or more discrete leaflets). The leaves are deciduous, dropping off in winter. The edges of the leaflet’s blade have teeth. The flowers are s ...
... The plant is a shrub (a woody plant with several stems growing from the base). The leaves are alternate on the stem. The leaf blade is compound (made up of two or more discrete leaflets). The leaves are deciduous, dropping off in winter. The edges of the leaflet’s blade have teeth. The flowers are s ...
Parts of a Flower
... • A growing plant produces new cells in areas called meristems. Meristems are regions of actively dividing cells. Apical meristems are found at or near the tips of roots and stems. • The vascular cambium produces new xylem and phloem cells in the stems and roots. The cork cambium produces cells with ...
... • A growing plant produces new cells in areas called meristems. Meristems are regions of actively dividing cells. Apical meristems are found at or near the tips of roots and stems. • The vascular cambium produces new xylem and phloem cells in the stems and roots. The cork cambium produces cells with ...
Pyrus salicifolia `Pendula`
... grey, twigs are lighter grey. Young twigs in particular are slightly hairy. The twigs have irregular thorns. The narrow elliptical to leaceolate leaves are grey-white, later greyish green and have a velvety hair. The underside remains grey-white and practically bare. The leaf is very similar to will ...
... grey, twigs are lighter grey. Young twigs in particular are slightly hairy. The twigs have irregular thorns. The narrow elliptical to leaceolate leaves are grey-white, later greyish green and have a velvety hair. The underside remains grey-white and practically bare. The leaf is very similar to will ...
Exam Two Study Guide
... What do we call the region of swollen tissue, filled with water, at the base of a leaf, on the bottom (it is responsible for some movement)? What do we call the deep depressions along the edges in a simple leaf? What are the very first, non-photosynthetic, embryonic leaves on a plant called? The pat ...
... What do we call the region of swollen tissue, filled with water, at the base of a leaf, on the bottom (it is responsible for some movement)? What do we call the deep depressions along the edges in a simple leaf? What are the very first, non-photosynthetic, embryonic leaves on a plant called? The pat ...
Field Guide to the Identification of Japanese Stiltgrass
... Stiltgrass is a weak rooted and sprawling annual grass that can grow to heights of 6 feet, though it is usually much shorter. Taller plants typically lie flat along the ground or propped up against other vegetation. Plants usually have multiple weak stems, with aerial rootlets near the base, giving ...
... Stiltgrass is a weak rooted and sprawling annual grass that can grow to heights of 6 feet, though it is usually much shorter. Taller plants typically lie flat along the ground or propped up against other vegetation. Plants usually have multiple weak stems, with aerial rootlets near the base, giving ...
Leaves
... * Denotes words which appear in the glossary near the end of this newsletter. Perhaps when we think of leaves we imagine flurries of autumnal colours falling on our head, or maybe the beautifully delicate leaves of our favourite house plant. We are perhaps less likely to think that the spine of a ca ...
... * Denotes words which appear in the glossary near the end of this newsletter. Perhaps when we think of leaves we imagine flurries of autumnal colours falling on our head, or maybe the beautifully delicate leaves of our favourite house plant. We are perhaps less likely to think that the spine of a ca ...
All About Plants
... cells. Waxy layer helps the protect against water loss. • Vascular Tissue • Transport system that moves water and nutrients throughout the plant. • Ground Tissue • Cells that lie between the dermal and vascular tissue. • In leaves these cells are packed with chloroplasts and are the site of photosyn ...
... cells. Waxy layer helps the protect against water loss. • Vascular Tissue • Transport system that moves water and nutrients throughout the plant. • Ground Tissue • Cells that lie between the dermal and vascular tissue. • In leaves these cells are packed with chloroplasts and are the site of photosyn ...
The Girls Club
... All plants need water and minerals to grow. Most plants get them from the soil. Some plants grow in soil that has few minerals in it. They get food by trapping small animals. The Venus’s flytrap grows in wetlands in North and South Carolina. It is about 12 inches tall and has white flowers. Each lea ...
... All plants need water and minerals to grow. Most plants get them from the soil. Some plants grow in soil that has few minerals in it. They get food by trapping small animals. The Venus’s flytrap grows in wetlands in North and South Carolina. It is about 12 inches tall and has white flowers. Each lea ...
Plant Adaptations & Plant Tropisms
... long & thick primary root with small secondary roots Found in dicots like oaks, carrots, beets, dandelions ...
... long & thick primary root with small secondary roots Found in dicots like oaks, carrots, beets, dandelions ...
PLANTS
... 1. growth of roots, stems and leaves are the vegetative phase 2. flowering phase occurs when meristems begin producing flowers 3. trigger is length of darkness, not light a. long-day plants bloom in summer when nights are short b. short-day plants bloom in autumn when nights are longer 4. phytochrom ...
... 1. growth of roots, stems and leaves are the vegetative phase 2. flowering phase occurs when meristems begin producing flowers 3. trigger is length of darkness, not light a. long-day plants bloom in summer when nights are short b. short-day plants bloom in autumn when nights are longer 4. phytochrom ...
CHiLLi LeAf
... chilli Leaves should not be harvested too often as plant vigour may be affected, and fast growing younger plants produce the best leaves. For a continuous supply of leaves two or three staggered plantings of ten or more plants will be required each year. Leaf production is reduced when the plants fr ...
... chilli Leaves should not be harvested too often as plant vigour may be affected, and fast growing younger plants produce the best leaves. For a continuous supply of leaves two or three staggered plantings of ten or more plants will be required each year. Leaf production is reduced when the plants fr ...
What makes a Plant a Plant?
... Stomata open and close letting carbon dioxide in and oxygen out. Stomata can also close when water is in short supply. ...
... Stomata open and close letting carbon dioxide in and oxygen out. Stomata can also close when water is in short supply. ...
Pre AP Plant notes 2
... • Tendrils- climbing plants- attach & support • Bright colors- leaves doing job of petals ...
... • Tendrils- climbing plants- attach & support • Bright colors- leaves doing job of petals ...
Leaf
A leaf is an organ of a vascular plant and is the principal lateral appendage of the stem. The leaves and stem together form the shoot. Foliage is a mass noun that refers to leaves collectively.Typically a leaf is a thin, dorsiventrally flattened organ, borne above ground and specialized for photosynthesis. Most leaves have distinctive upper (adaxial) and lower (abaxial) surfaces that differ in colour, hairiness, the number of stomata (pores that intake and output gases) and other features. In most plant species, leaves are broad and flat. Such species are referred to as broad-leaved plants. Many gymnosperm species have thin needle-like leaves that can be advantageous in cold climates frequented by snow and frost. Leaves can also have other shapes and forms such as the scales in certain species of conifers. Some leaves are not above ground (such as bulb scales). Succulent plants often have thick juicy leaves, but some leaves are without major photosynthetic function and may be dead at maturity, as in some cataphylls, and spines). Furthermore, several kinds of leaf-like structures found in vascular plants are not totally homologous with them. Examples include flattened plant stems (called phylloclades and cladodes), and phyllodes (flattened leaf stems), both of which differ from leaves in their structure and origin. Many structures of non-vascular plants, and even of some lichens, which are not plants at all (in the sense of being members of the kingdom Plantae), look and function much like leaves. The primary site of photosynthesis in most leaves (palisade mesophyll) almost always occurs on the upper side of the blade or lamina of the leaf but in some species, including the mature foliage of Eucalyptus palisade occurs on both sides and the leaves are said to be isobilateral.