Eco-sagacity at ASIC According to TomR
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ASIC is a society of over 200 professional irrigation consultants dedicated to representing clients' interests while advocating for sustainable water use. ASIC members specify more irrigation systems annually than any other organization. ASIC works to solve plant ecology challenges through collaboration and acts as a resource on efficient irrigation techniques. ASIC promotes stewardship of water as a finite resource and contributes specialized knowledge on integrated water strategies.
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![What is ASIC? ASIC is a society of professional irrigation consultants dedicated to representing the best interest of the client while advocating the responsible use and preservation of water, capital, energy, plant/crop, land, & people resources. ,[object Object], ,[object Object], the Middle East, Asia, Africa and Australia. ,[object Object],[object Object]](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
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Plant physio water balance in plants
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Water balance
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Maintaining a balance
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Transport system in plants
This document discusses the transport system in plants. It describes how vascular plants have two main transport systems - the xylem and phloem. The xylem transports water and minerals from the roots to the shoots, while the phloem transports organic nutrients like sucrose from leaves to other plant parts. Transpiration is also described, where water lost through the stomata in leaves creates a transpiration pull that drives the movement of water through the xylem.
The water budget
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Translocation of manufactured food.
1. Manufactured food in plants is transported from leaves to other parts of the plant through phloem tissue.
2. Photosynthesis produces sugars in the leaves which are then transferred to "sinks" like roots, stems, and storage sites through a process called translocation.
3. Translocation occurs when water potential differences cause sap containing sugars to flow from "sources" like leaves to sinks throughout the plant.
6. Balance Of Plant
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4 mineral nutrition
This document discusses mineral nutrition in plants. It covers the following key points:
1) Plants obtain mineral nutrients from the soil, as they are autotrophic and require inorganic elements for growth. The study of mineral nutrition examines how plants acquire, distribute, metabolize and utilize these nutrients.
2) Mineral nutrients can be classified as macronutrients or micronutrients based on the amount plants require. They also serve various biochemical functions like forming organic compounds or acting as enzyme cofactors.
3) Plants primarily take up mineral nutrients through their roots, though some can be absorbed through leaves. Factors like soil pH and cation exchange influence nutrient availability in the soil and their absorption. Mycorrhiz
translocation
-- Created using PowToon -- Free sign up at http://www.powtoon.com/ -- Create animated videos and animated presentations for free. PowToon is a free tool that allows you to develop cool animated clips and animated presentations for your website, office meeting, sales pitch, nonprofit fundraiser, product launch, video resume, or anything else you could use an animated explainer video. PowToon's animation templates help you create animated presentations and animated explainer videos from scratch. Anyone can produce awesome animations quickly with PowToon, without the cost or hassle other professional animation services require.
Transport in plants
Plants have developed transport systems to move nutrients, water, and minerals throughout their multicellular structures. Water and minerals are absorbed by root hairs and enter the xylem tissue in roots. They then travel upwards through the xylem vessels of stems towards leaves. Leaves release water to the atmosphere through transpiration, creating tension that pulls water up from the roots. Transport systems allow for the distribution of necessities to all plant cells.
Transport system in plants
The document discusses the transport system in flowering plants. It describes the two main transport tissues - xylem and phloem. Xylem transports water and dissolved minerals from the roots to the stems and leaves. It consists of dead cells with thickened lignified walls. Phloem transports sucrose and amino acids from leaves to other plant parts. It consists of sieve tubes with companion cells. The document outlines the processes of water and nutrient absorption by root hairs, and the movement of water up the stem via transpiration pull, root pressure, and capillary action. It also discusses the importance and factors affecting transpiration.
Plant physio translocation in the phloem
This document summarizes key aspects of translocation in the phloem. It describes the differences between sieve tube elements in angiosperms and sieve cells in gymnosperms. It also outlines the roles of companion cells, P-proteins, and callose in transport. The document discusses patterns of translocation between sources and sinks, as well as factors that affect translocation rates and the materials translocated, such as sugars, proteins, hormones, and ions. Finally, it briefly introduces the pressure-flow model of translocation driven by osmotic gradients.
Transport in plants
1) The passage describes transport processes in plants, focusing on xylem and phloem. Xylem transports water and minerals upwards from the roots to the leaves, while phloem transports manufactured food such as sucrose downwards from the leaves.
2) Transpiration is the main process by which water moves from the roots to the leaves. Water evaporates from the leaves and this creates a transpiration pull that draws water up the xylem vessels.
3) The rate of transpiration is affected by temperature, humidity, wind, and light conditions. High temperatures, low humidity, high winds and strong light lead to higher transpiration rates.
Mineral nutrition, absoprtion & assimililation
This document discusses mineral nutrition and absorption in plants. It covers essential mineral nutrients, how they are absorbed by plant roots from the soil solution and transported throughout the plant. The key points are:
1) Plants require mineral nutrients which are absorbed from the soil by roots and transported via xylem to other plant parts.
2) There are 16 essential mineral nutrients grouped by their functions in plant metabolism and structure.
3) Nutrients are absorbed as ions by root hairs and transported through the root before loading into the xylem for long-distance transport.
4) Once in plant tissues, nutrients are assimilated into organic molecules to support plant growth and metabolism.
Chapter 9 Transport in Plants Lesson 2 - Xylem and Phloem structure and function
Vascular tissues transport water, minerals, and food throughout plants. Xylem tissue transports water and minerals from roots to stems and leaves through hollow, nonliving cells. Phloem tissue transports manufactured food like sucrose from leaves to other plant parts through sieve tubes and companion cells. Mineral salts enter root hairs through diffusion while water enters through osmosis, then both are transported through the xylem to the rest of the plant.
Transport in plants
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Plant structure function and transport
The document summarizes plant structure and functions. It describes that the root system anchors the plant, absorbs water and minerals from the soil, and stores food. The shoot system produces sugars through photosynthesis, carries out reproduction, and transports water and nutrients. The shoot and root systems are interdependent, with the root system absorbing water and minerals from the soil and the shoot system producing sugars and transporting them throughout the plant.
Transport in plants AS Biology [jm]
Part I
Explain the need for transport systems in multicellular plants
Describe the distribution of xylem and phloem tissue in roots, stems and leaves
Explain the absorption process in roots
Describe transport mechanisms
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List factors that affects rate transpiration
Describe xerophyte properties
List the series of events that leads to translocation
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Plant physio water balance in plants
Water is essential for plant growth and movement. It moves through plants via transpiration and absorption by roots. Soil type influences water retention and availability - sandy soil drains quickly while clay soil retains more water. Plants face a physiological dilemma in opening stomata to uptake CO2 while minimizing water loss through transpiration. Water moves through xylem via cohesion-tension, pulling water upwards against gravity through transpiration.
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This document discusses the transport system in plants. It describes how vascular plants have two main transport systems - the xylem and phloem. The xylem transports water and minerals from the roots to the shoots, while the phloem transports organic nutrients like sucrose from leaves to other plant parts. Transpiration is also described, where water lost through the stomata in leaves creates a transpiration pull that drives the movement of water through the xylem.
The water budget
The water budget, or water balance, of a drainage basin shows the relationship between precipitation, evapotranspiration, surface runoff, and changes in water storage. It is often expressed as an equation where precipitation equals surface runoff plus evapotranspiration plus or minus changes in storage. The water budget is useful for hydrologists to understand water surplus and deficit, and to plan for potential water shortages or recharge after deficit. A water budget graph illustrates surplus when precipitation exceeds evapotranspiration and deficit when the reverse is true.
Translocation of manufactured food.
1. Manufactured food in plants is transported from leaves to other parts of the plant through phloem tissue.
2. Photosynthesis produces sugars in the leaves which are then transferred to "sinks" like roots, stems, and storage sites through a process called translocation.
3. Translocation occurs when water potential differences cause sap containing sugars to flow from "sources" like leaves to sinks throughout the plant.
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The balance of plant (BoP) system controls and monitors the non-generating equipment in a power plant to ensure reliable and efficient power production. It regulates components like pumps, valves, and fuel levels using control systems. The BoP has an electrical component and a mechanical component. The electrical BoP includes transformers, switchgear, circuit breakers, and other equipment to manage high and low voltage electricity. The mechanical BoP varies by plant type but commonly includes cooling, drainage, fuel, and compressed air systems. The BoP works to support the reliable operation of the entire power plant.
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The water balance, or budget, is a simple equation used to understand water resources in a drainage basin. It accounts for precipitation, evapotranspiration, infiltration into soils, storage of water in soils, and outputs like surface runoff and flow into rivers. When precipitation exceeds evapotranspiration, soils become saturated and excess water runs off as overland flow, contributing to rivers. When evapotranspiration is greater than precipitation, stored soil moisture is reduced and depleted.
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This document discusses mineral nutrition in plants. It covers the following key points:
1) Plants obtain mineral nutrients from the soil, as they are autotrophic and require inorganic elements for growth. The study of mineral nutrition examines how plants acquire, distribute, metabolize and utilize these nutrients.
2) Mineral nutrients can be classified as macronutrients or micronutrients based on the amount plants require. They also serve various biochemical functions like forming organic compounds or acting as enzyme cofactors.
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translocation
-- Created using PowToon -- Free sign up at http://www.powtoon.com/ -- Create animated videos and animated presentations for free. PowToon is a free tool that allows you to develop cool animated clips and animated presentations for your website, office meeting, sales pitch, nonprofit fundraiser, product launch, video resume, or anything else you could use an animated explainer video. PowToon's animation templates help you create animated presentations and animated explainer videos from scratch. Anyone can produce awesome animations quickly with PowToon, without the cost or hassle other professional animation services require.
Transport in plants
Plants have developed transport systems to move nutrients, water, and minerals throughout their multicellular structures. Water and minerals are absorbed by root hairs and enter the xylem tissue in roots. They then travel upwards through the xylem vessels of stems towards leaves. Leaves release water to the atmosphere through transpiration, creating tension that pulls water up from the roots. Transport systems allow for the distribution of necessities to all plant cells.
Transport system in plants
The document discusses the transport system in flowering plants. It describes the two main transport tissues - xylem and phloem. Xylem transports water and dissolved minerals from the roots to the stems and leaves. It consists of dead cells with thickened lignified walls. Phloem transports sucrose and amino acids from leaves to other plant parts. It consists of sieve tubes with companion cells. The document outlines the processes of water and nutrient absorption by root hairs, and the movement of water up the stem via transpiration pull, root pressure, and capillary action. It also discusses the importance and factors affecting transpiration.
Plant physio translocation in the phloem
This document summarizes key aspects of translocation in the phloem. It describes the differences between sieve tube elements in angiosperms and sieve cells in gymnosperms. It also outlines the roles of companion cells, P-proteins, and callose in transport. The document discusses patterns of translocation between sources and sinks, as well as factors that affect translocation rates and the materials translocated, such as sugars, proteins, hormones, and ions. Finally, it briefly introduces the pressure-flow model of translocation driven by osmotic gradients.
Transport in plants
1) The passage describes transport processes in plants, focusing on xylem and phloem. Xylem transports water and minerals upwards from the roots to the leaves, while phloem transports manufactured food such as sucrose downwards from the leaves.
2) Transpiration is the main process by which water moves from the roots to the leaves. Water evaporates from the leaves and this creates a transpiration pull that draws water up the xylem vessels.
3) The rate of transpiration is affected by temperature, humidity, wind, and light conditions. High temperatures, low humidity, high winds and strong light lead to higher transpiration rates.
Mineral nutrition, absoprtion & assimililation
This document discusses mineral nutrition and absorption in plants. It covers essential mineral nutrients, how they are absorbed by plant roots from the soil solution and transported throughout the plant. The key points are:
1) Plants require mineral nutrients which are absorbed from the soil by roots and transported via xylem to other plant parts.
2) There are 16 essential mineral nutrients grouped by their functions in plant metabolism and structure.
3) Nutrients are absorbed as ions by root hairs and transported through the root before loading into the xylem for long-distance transport.
4) Once in plant tissues, nutrients are assimilated into organic molecules to support plant growth and metabolism.
Chapter 9 Transport in Plants Lesson 2 - Xylem and Phloem structure and function
Vascular tissues transport water, minerals, and food throughout plants. Xylem tissue transports water and minerals from roots to stems and leaves through hollow, nonliving cells. Phloem tissue transports manufactured food like sucrose from leaves to other plant parts through sieve tubes and companion cells. Mineral salts enter root hairs through diffusion while water enters through osmosis, then both are transported through the xylem to the rest of the plant.
Transport in plants
There are two transport systems in plants - xylem and phloem. Xylem transports water and minerals from the roots throughout the plant. Phloem transports sugars and amino acids made in the leaves throughout the plant. Xylem vessels are long, hollow tubes reinforced with lignin that carry water upwards. Phloem vessels are living cells that transport sucrose and amino acids from where they are made to where they are used or stored. Transpiration is the loss of water vapor through stomata in the leaves, and can be measured using a potometer. The rate of transpiration is affected by environmental conditions like temperature, wind, humidity, and light levels.
Plant structure function and transport
The document summarizes plant structure and functions. It describes that the root system anchors the plant, absorbs water and minerals from the soil, and stores food. The shoot system produces sugars through photosynthesis, carries out reproduction, and transports water and nutrients. The shoot and root systems are interdependent, with the root system absorbing water and minerals from the soil and the shoot system producing sugars and transporting them throughout the plant.
Transport in plants AS Biology [jm]
Part I
Explain the need for transport systems in multicellular plants
Describe the distribution of xylem and phloem tissue in roots, stems and leaves
Explain the absorption process in roots
Describe transport mechanisms
Part II
List factors that affects rate transpiration
Describe xerophyte properties
List the series of events that leads to translocation
Introduction to principles of plant physiology
Plant physiology is the study of how plants function at the cellular and biochemical levels and respond to their environment. It examines plant metabolism, growth, transport, water relations, and responses to stresses and environmental factors. Plant physiology relies on biology, chemistry, and physics and serves as the foundation for advances in agriculture, forestry, pharmacology, and other fields. Understanding plant physiology allows for improvements like increasing photosynthetic efficiency, producing disease-resistant crops through tissue culture, and optimizing plant nutrition and growth through techniques like pruning, irrigation, and growth regulators.
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Chapter 9 Transport in Plants Lesson 2 - Xylem and Phloem structure and function
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The International Water Management Institute (IWMI) is a non-profit, scientific research organization focusing on the sustainable use of water and land resources in developing countries. IWMI works in partnership with governments, civil society and the private sector to develop scalable agricultural water management solutions that have a real impact on poverty reduction, food security and ecosystem health. Headquartered in Colombo, Sri Lanka, with regional offices across Asia and Africa, IWMI is a CGIAR Research Center and leads the CGIAR Research Program on Water, Land and Ecosystems (WLE).
2016 Resume_Ana_Carlota_Rodriguez_Velarde
Ana Carlota Rodríguez Velarde has over 7 years of experience in water treatment process engineering. She currently works as an engineer for alternative water operations at City West Water, where she is responsible for ensuring recycled and wastewater treatment plants meet regulatory requirements. Previously, she has worked as a process engineer optimizing wastewater treatment plants and as a graduate engineer analyzing greenhouse gas emissions and renewable energy credits. She holds a Master's degree in Sustainable Energy and a Bachelor's degree in Chemical Engineering.
CVTBrev010917
Timothy D. Birthisel has over 40 years of experience in research and development of agricultural and environmental technologies. He has held roles managing R&D projects and technical operations at several companies. Currently, he works as an environmental innovation manager helping develop sustainable energy strategies. He also founded an alternative commercial wildlife refuge called Terra Sub Aqua that increases biodiversity while being commercially sustainable. Throughout his career, Mr. Birthisel has received several honors and awards for his innovative work developing new technologies and furthering scientific understanding.
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AECOM natural capital and ecosystem services April 2016
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IWMI in Action- Water Productivity
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Eco-sagacity at ASIC According to TomR
- 1. American Society of Irrigation Consultants Advocates for the irrigation and fertigation according to plant demands
- 3. Collaboration with clients, stakeholders, design team members, products suppliers, and contractors
- 4. Go-to resource for most current, most economical products, techniques and technologies related to irrigation and fertigation
- 5. Educate clients & users about efficient system management & maintenance for plant quality
- 6. Integration of best regional practices and experiences- Technical experts in compliance with local water conservation programs and legislative efforts
- 8. Help illuminate the energy embedded in irrigation and plant fertilization
- 9. Protect the quality and availability of water for beneficial irrigation use by current & future generations
- 10. “Step up to the plate” on the misuse of fertilizers
- 11. Contribute specialized knowledge concerning alternative water sources and development of integrated water use strategies
- 13. Expect discernable differences in our plans, services, & results (if impartial reviewers were to make the effort)
- 14. Explicitly, professionally liable > malpractice insurance
- 15. Measurable water-use efficiency and conservation
- 16. Implementation of accepted engineered design standards
- 17. Independent product selection > crucial distinction
- 19. Search by name, location or specialty
- 23. Contact your local ASIC Chapter