Plant excretion!
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Plant excretion is the process by which plants remove unwanted substances. It involves storing waste substances in vacuoles and producing organic and inorganic waste products during metabolism. The wastes include oxygen from photosynthesis and carbon dioxide from respiration. Plants metabolize and produce various wastes that are stored in leaves or vacuoles and removed from the body.
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Plant excretion!
Plant excretion is the process by which plants remove unwanted substances. It involves storing waste substances in vacuoles and producing organic and inorganic waste products during metabolism. The main waste products are oxygen from photosynthesis and carbon dioxide from respiration. Waste is stored in leaves and vacuoles then removed from the plant through various metabolic processes.
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Plant excretion!
Plant excretion is the process by which plants remove unwanted substances. It involves storing waste substances in vacuoles and producing organic and inorganic waste products during metabolism. The main waste products are oxygen from photosynthesis and carbon dioxide from respiration. Plants metabolize and produce various substances, storing toxic heavy metals and excreting waste through their leaves and vacuoles.
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Plant excretion!
Plant excretion is the process by which plants remove unwanted substances. It involves storing waste substances in vacuoles and producing organic and inorganic waste products during metabolism. The main waste products are oxygen from photosynthesis and carbon dioxide from respiration. Waste is stored in leaves and vacuoles then removed from the plant through various metabolic processes.
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Plant excretion!
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The production of multiples of plants in the absence of seeds or necessary pollinators to produce seeds.
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Allows production of plants from seeds that otherwise have very low chances of germinating and growing, i.e.: orchids and Nepenthes.
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Medium preparation room with autoclave, electronic balance and pH meter.
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Culture facility: Growing the explant inoculated into culture tubes at 22-28° C with illumination of light 2400 lux, with a photoperiod of 8-16 hours and a relative humidity of about 60%.
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Please respond to both student with separate paragraphs and a minimu.docx
Please respond to both student with separate paragraphs and a minimum of 100 words each
Original Post
Please read this week's reading. In chapter 7 the author goes into the wastewater process very deeply. Please describe your understanding of the entire process and the way you think the process will be changed in the future.
Student Response
Kaylum
I apologize to the class for my tardiness of this week’s forum. My workload was increased this week. I was volunteered to update some of our procedures in our unit, so my off days have been at our facility.
I did, however had the chance to get some firsthand knowledge of the practices we do in our facility when dealing with waste water. We have several areas that check the water of impurities, as well as recycle process water back into the units after filtration processes. We also have specific equipment that has built in filtering units so that they can continuously use the same water by adding more volume as the water evaporates.
Another great thing we have is a control for our outfalls to public waterways. We have three collection ponds that hold water and treats it in various stages. What this does is allows us to hold all runoff water so that we discharge nothing but pure and safe water. Each area is monitored and treated differently, going from first stage to discharge. If the water fails any quality test it is held on location until it will pass.
I cannot really go into detail about the exact process that goes through on our site, but seeing the extensive on-site equipment was a peace of mind knowing everything leaving our units was treated correctly and isolated if failing quality.
To go into what our text has described, what I understand from this is that there are certain characteristics that define what is in waste water. As the water is tested and examined, the type of contaminates can be understood; as well as what is needed to treat the water so that it can be considered safe again.
The initial treatment is the preliminary treatment. This is when the water is being treated by removing the most obvious contaminates. This treatment is part of the physical operations, which is forcing the contaminates out physically.
The next step is the primary treatment. At this level in the treatment process, which again is a physically process, is where more of the solid mass and floating contaminates. This process uses various weirs and scrapers in a vessel to gather and remove both heavy solids, as well as floating materials by directing the materials in different directions for removal.
Secondary treatment follows these first two processes. This is considered a biological process due to the use of living organisms. Like the process of making alcohol, microorganisms (bugs) are placed in the waste water to help with the removal of organic material. In the alcohol process, this is done during fermentation so that there is more alcohol produced. With th ...
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Original Post
Please read this week's reading. In chapter 7 the author goes into the wastewater process very deeply. Please describe your understanding of the entire process and the way you think the process will be changed in the future.
Student Response
Kaylum
I apologize to the class for my tardiness of this week’s forum. My workload was increased this week. I was volunteered to update some of our procedures in our unit, so my off days have been at our facility.
I did, however had the chance to get some firsthand knowledge of the practices we do in our facility when dealing with waste water. We have several areas that check the water of impurities, as well as recycle process water back into the units after filtration processes. We also have specific equipment that has built in filtering units so that they can continuously use the same water by adding more volume as the water evaporates.
Another great thing we have is a control for our outfalls to public waterways. We have three collection ponds that hold water and treats it in various stages. What this does is allows us to hold all runoff water so that we discharge nothing but pure and safe water. Each area is monitored and treated differently, going from first stage to discharge. If the water fails any quality test it is held on location until it will pass.
I cannot really go into detail about the exact process that goes through on our site, but seeing the extensive on-site equipment was a peace of mind knowing everything leaving our units was treated correctly and isolated if failing quality.
To go into what our text has described, what I understand from this is that there are certain characteristics that define what is in waste water. As the water is tested and examined, the type of contaminates can be understood; as well as what is needed to treat the water so that it can be considered safe again.
The initial treatment is the preliminary treatment. This is when the water is being treated by removing the most obvious contaminates. This treatment is part of the physical operations, which is forcing the contaminates out physically.
The next step is the primary treatment. At this level in the treatment process, which again is a physically process, is where more of the solid mass and floating contaminates. This process uses various weirs and scrapers in a vessel to gather and remove both heavy solids, as well as floating materials by directing the materials in different directions for removal.
Secondary treatment follows these first two processes. This is considered a biological process due to the use of living organisms. Like the process of making alcohol, microorganisms (bugs) are placed in the waste water to help with the removal of organic material. In the alcohol process, this is done during fermentation so that there is more alcohol produced. With th ...
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Los primeros habitantes de Bogotá obtuvieron agua de manera primitiva a través de canales excavados. En el siglo XIX, el gobierno construyó nuevas zanjas para mejorar el servicio de agua. Las "Mercedes de agua" eran alcantarillas secundarias ubicadas en conventos que recibían agua 2 veces por semana para abastecer colegios.
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Este documento resume la historia de los acueductos en Colombia, enfocándose en el acueducto de Bogotá. Explica que inicialmente los habitantes de Bogotá obtenían agua de los ríos transportándola en cantaros. Luego se construyeron acueductos más primitivos como el Acueducto de los Laureles en 1584. Más adelante se construyeron acueductos más grandes como el Acueducto de Agua Vieja y el Acueducto de Agua Nueva en 1757, los cuales transportaban agua de los r
Animal excretion
This document discusses animal excretion, providing a chart and pictures to illustrate the topic. It begins with prior knowledge that there are many types of animal excretory systems. The main section defines animal excretion as the excretory system in land animals that eliminates nitrogenous waste and regulates salt and water balance, as aquatic animals do. Pictures and a conclusion hoping the reader found it informative complete the document.
Plant excretion!
Plant excretion is the process by which plants remove unwanted substances. It involves storing waste substances in vacuoles and producing organic and inorganic waste products during metabolism. The wastes include oxygen from photosynthesis and carbon dioxide from respiration. Plants metabolize and produce various wastes, which they remove and store in leaves and vacuoles, helping to keep their systems clean and functioning properly.
Cell excretion
Cell excretion is the process by which a cell gets rid of waste and toxins through its cell membrane. The main parts involved are the vacuoles, which are small pockets that store waste, and lysosomes, which break down larger waste molecules. Approximately 600 million years ago, cells began using vacuoles to dispose of waste near the cell membrane, which would then encapsulate the waste and expel it from the cell. This process protects the cytoplasm and prevents foreign substances from entering.
Cell excretion
Cell excretion is the process by which a cell gets rid of waste and toxins through its cell membrane. The main parts involved are the vacuoles, which are small pockets that store waste, and lysosomes, which break down larger waste molecules. Approximately 600 million years ago, cells began using vacuoles to dispose of waste near the cell membrane, which would then encapsulate the waste and expel it from the cell. This process protects the cytoplasm and prevents unwanted materials from entering the cell.
Plant excretion!
Plant excretion is the process by which plants remove unwanted substances. It involves storing waste substances in vacuoles and producing organic and inorganic waste products during metabolism. The wastes include oxygen from photosynthesis and carbon dioxide from respiration. Plants metabolize and produce various wastes that are stored in leaves or vacuoles and removed from the body.
Plant excretion!
Plant excretion is the process by which plants remove unwanted substances. It involves storing waste substances in vacuoles and producing organic and inorganic waste products during metabolism. The main waste products are oxygen from photosynthesis and carbon dioxide from respiration. Plants metabolize and produce various substances, storing toxic heavy metals and other byproducts in leaves and vacuoles before removing them from the body.
Plant excretion!
Plant excretion is the process by which plants remove unwanted substances. It involves defining excretion as the removal of compounds or metabolites from the body. Important parts of excretion include the vacuole, which can store both useful and waste substances. Plants produce various organic and inorganic waste products during metabolism through different processes. Oxygen is considered a waste product of photosynthesis while carbon dioxide is a waste product of respiration. Leaves also store heavy metals which are toxic.
Plant excretion!
Plant excretion is the process by which plants remove unwanted substances. It involves storing waste substances in vacuoles and producing organic and inorganic waste products during metabolism. The main waste products are oxygen from photosynthesis and carbon dioxide from respiration. Plants metabolize and produce various substances, storing toxic heavy metals and excreting waste through their leaves and vacuoles.
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【业务选择办理准则】
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留信网认证的作用:
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→ 【关于价格问题（保证一手价格）
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对于老客户或者被老客户介绍过来的朋友，我们都会适当给一些优惠。
选择实体注册公司办理，更放心，更安全！我们的承诺：可来公司面谈，可签订合同，会陪同客户一起到教育部认证窗口递交认证材料，客户在教育部官方认证查询网站查询到认证通过结果后付款，不成功不收费！
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Plant excretion!
- 1. PlantExcretion…! By: Andres f. Valencia Maria Camila Suarez For: T.Angel Watler Archbold
- 2. Index…! Introduccion Prior Knowledge Definition Important Part Functions Types Of Waste Products Process G.O Of Excretion Pictures Conclusión
- 3. Introduccion…! Hi, we are Pipe and Suarez and here we are going to talk about plant Excretion, this topic is going to be so interesting, so you have to pay a lot of attention to understand this topic.
- 4. Prior Knowledge…! The oxygen made part of these process call Plant Excretion! Plant Excretion…! This process is based in the removal thing of a plant
- 5. Definiton…! EXCRETION is the process of getting rid of unwanted substances from within the body. Found On: http://www.encyclo.co.uk/nol.php The process of removal of a compund or its metabolites form the body. Found On: http://www.pestmanagement.co.uk/lib/glos
- 6. Important Part…! VACUOLE: It can be used for either storage of useful compunds,or the storage of waste substances.
- 7. Functions…! Plant produce a variety of organic and inorganic substance as- by produvts during metabolism variety of ways.
- 8. Types Of Waste…! Oxygen can be looked upon as a waste product of photosynthesis and carbon dioxide a waste product of respiration.
- 9. Process…! Plant produces various organic and inorganic waste products during metabolismo. Leaves also store heavy metals wich toxic.
- 10. Pictures…!
- 11. Conclusión…! We hope you like it and that understand the process of the Plant Excretion. We hope you have fun seeing this topic, because it help us a lot in our clases of science and in our school.