fertilizer to the crops. The extra fertilizer around the roots of the corn produced a hypertonic environment. The cells lost water because of the excessive fertilizer. The extra fertilizer caused the cell to turn hypertonic to the plant cell. This made the water diffuse from the plant cells into the soil by the process of OSMOSIS and the cells began to get smaller. The water would have eventually left the cells completely‚ which would have caused the plant cell to eventually die. Michael’s second mistake
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Biotic factors are all the living factors in an environment (Plants). While abiotic factors are all non-living factors in an environment. The three types of interactions that occur are biotic-biotic (Betta Fish eating Hornwort‚ or Fly eating leaves)‚ biotic-Abiotic (Plants-Sunlight‚ or Betta Fish- Fish Food)‚ and abiotic-abiotic (water eroding rocks‚ or sunlight heating the soil). The biotic factors I control are what seeds i plant‚ and the type of fish i buy. The abiotic factors i control are
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_______________ Title: Plant Transpiration Question: What factor affects the transpiration rate in plants? | Normal | With Fan | With Heater | With Lamp | Arrowhead | 3.6 | 7.5 | 6.6 | 4.0 | Coleus | 0.9 | 6.0 | 3.9 | 3.0 | Devil’s Ivy | 2.9 | 4.6 | 4.1 | 3.0 | Dieffenbachia | 4.1 | 7.7 | 6.0 | 3.9 | English Ivy | 1.8 | 5.1 | 3.2 | 2.1 | Geranium | 1.2 | 4.7 | 5.8 | 2.4 | Rubber Plant | 4.9 | 8.4 | 6.8 | 4.3 | Weeping Fig | 3.3 | 6.1 | 4.9 | 2.5 | Zebra Plant | 4.2 | 7.6 | 6.1
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related prokaryontes Evidence of O2 increase: Rust in rock (= Fe oxide) dates to 2.75 bya Increase in O2 cause FeO precipitation FeO (solid) rock sediment O2 level generated 2.75 bya only 10% more of current Major O2 increase came later with plant colonization of land (chapter 25) Fungal and animals arose from protest ancestors Animals arose form a choanoflagellate-like protest Animals and fungi evolved from protest ancestors Unikonta Supergroup Unikonta= flagellated protists or
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their hydrogen bonds break and shape change. This is also relevant in plants. When water is evaporated of leaves of the plant it cools it in the same way. This is also important as plants need to be a certain temperatures so that. Plants need to be at the correct temperature so reactions take place at the fastest rate and so they grow as much as possible. This is especially important in crops and agriculture Also for plants to grow at the fastest possible rate they have to have the correct amount
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prevent problems and damages in nature. Euphorbia milii also known as Crown-of-Thorns is a poisonous plant and its sap can irritate your skin‚ but in brazil it is used in removing warts. It is also a spiny plant and belongs to the family of Spurge. Euphorbia milii is a succulent with thick fleshy stems adapted for water storage. The sap of this plant is an excellent wound sealant when they have injury . Tuba-tuba is a poisonous‚ semi-evergreen shrub. It is resistant
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species is a species of plant or animal that was introduced to a new habitat by humans‚ intentionally or otherwise. Invasive species are also defined as being harmful to the environment and ecosystem to which they are introduced‚ frequently changing the nature of the system (What is an Invasive Species? 2015). Arundo donax is one such species. It is a plant similar to reed or bamboo in that it is tall and straight in appearance. While Arundo donax is a dangerous species of plant that can severely harm
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Fern is a flowerless plant that has feathery or leafy fronds and reproduces by spores released from the undersides of the fronds. Ferns have a vascular system for the transport of water and nutrients. *Characteristics of Seedless and Vascular Plants: Includes: ferns‚ club mosses‚ and horsetails Have vascular tissue They are able to grow bigger and taller Within vascular plants is the phloem‚ the vessel that transports food‚ and the xylem‚ which transports water Vascular plants actually live in both
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Vascular plant: Pineapple (Plant) Non-Vascular Plant: Hornworts Pineapple Plant Classification: Hornworts Classification: Domain: Eukarya Domain: Eukarya Kingdom: Plantae Kingdom: Plantae Phylum: Anthopytha Phylum: Magnoliopytha Class: Lilopsida Class: Magnoliopsida Order: Bromeliales Order: Nymphaeales Family: Bromeliales Family: Ceratophyllaceae Genus: Ananas Genus: Ceratophyllum Species: Ananas comosus species: Ceratophyllum demersum Pineapple
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Biology: Unit 1: Diversity Of Life Fungi Fungi: are multi-cellular heterotrophs that use external digestion‚ and often grow out of sight‚ underground → fungi have nothing in common with plants other then the fact that they are stationary‚ and grow in the ground. They are not photosynthetic‚ and they do not produce their own food. Characteristics/ Cell Structure: * Mesh like bodies‚ composed of branching networks of filaments called mycelium * Mycelium: a branched mass of hyphae
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