Práctica 12 (1)
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The document discusses landscaping strategies for intermountain regions that can tolerate hot and cold temperatures, drought, drying winds, and poor soil. It recommends using windbreaks, xeriscaping with native plants, soil amendments, and drip irrigation to conserve water. The strategies aim to select plants that need little water and maintenance while preventing erosion and supporting the local ecosystem.
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Práctica 12
The document discusses low-maintenance landscaping solutions for arid regions, including using windbreaks, xeriscaping, soil amendment, and native plants. It addresses challenges like heat, cold, wind, and drought, and provides solutions like fences, hedges, and tree lines as windbreaks. Xeriscaping techniques are outlined, like planting strategies that conserve water and using drip irrigation. The benefits of amending soil and using native plants that are drought-tolerant and attract pollinators are also summarized.
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The document discusses water-saving landscaping solutions for regions with challenging climates. It recommends using windbreaks, xeriscaping, soil amendment, and native plants that are adapted to the local climate and require little water. Xeriscaping involves planting strategies that conserve water, such as using no additional watering or drip irrigation. Native plants tolerate the temperature range and drought conditions while preventing erosion and supporting natural ecosystems.
Práctica 12
The document discusses water-saving landscaping solutions for regions with challenging climates including hot temperatures, cold temperatures, drying winds, and inconsistent water availability. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water. Xeriscaping involves planting strategies that require no additional watering beyond what occurs naturally.
Práctica 13
The document discusses water-saving landscaping solutions for regions with challenging climates including hot temperatures, cold temperatures, drying winds, and inconsistent water availability. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water. Xeriscaping involves planting strategies that require no additional watering beyond what occurs naturally.
Práctica 12
The document discusses water-saving landscaping solutions for regions with challenging climates including hot temperatures, cold temperatures, drying winds, and inconsistent water availability. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water. Xeriscaping involves planting strategies that require no additional watering beyond what occurs naturally.
Práctica 12
The document discusses low-maintenance landscaping solutions for intermountain regions, which experience hot and cold temperatures, short growing seasons, drying winds, and inconsistent water availability. It recommends using windbreaks, xeriscaping with native drought-resistant plants, soil amendments, drip irrigation, and mulch to reduce water needs. Specific planting strategies and plant types that require little to no supplemental water are outlined.
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The document discusses low-maintenance landscaping solutions for intermountain regions that face challenges like temperature extremes, drying winds, and poor soil quality. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water and prevent erosion. Specific techniques include planting tree lines as windbreaks, using drip irrigation, and selecting plants that can tolerate the wide temperature ranges typical of intermountain areas.
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This document discusses low-maintenance landscaping solutions for intermountain regions with variable climates. It recommends using windbreaks, xeriscaping, and soil amendments, as well as native plants that are drought-tolerant and prevent erosion. Specific techniques mentioned include drip irrigation, planting trees and hedges as windbreaks, and choosing plants that need little water or maintenance while supporting the local ecosystem. Charts provide data on average water consumption by various household activities and seasonal temperature ranges for the region.
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The document discusses low-maintenance landscaping solutions for arid regions, including using windbreaks, xeriscaping, soil amendment, and native plants. It addresses challenges like heat, cold, wind, and drought, and provides solutions like fences, hedges, and tree lines as windbreaks. Xeriscaping techniques are outlined, like planting strategies that conserve water and using drip irrigation. The benefits of amending soil and using native plants that are drought-tolerant and attract pollinators are also summarized.
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The document discusses water-saving landscaping solutions for regions with challenging climates including hot temperatures, cold temperatures, drying winds, and inconsistent water availability. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water. Xeriscaping involves planting strategies that require no additional watering beyond what occurs naturally.
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The document discusses water-saving landscaping solutions for regions with challenging climates including hot temperatures, cold temperatures, drying winds, and inconsistent water availability. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water. Xeriscaping involves planting strategies that require no additional watering beyond what occurs naturally.
Práctica 12
The document discusses low-maintenance landscaping solutions for intermountain regions, which experience hot and cold temperatures, short growing seasons, drying winds, and inconsistent water availability. It recommends using windbreaks, xeriscaping with native drought-resistant plants, soil amendments, drip irrigation, and mulch to reduce water needs. Specific planting strategies and plant types that require little to no supplemental water are outlined.
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The document discusses low-maintenance landscaping solutions for intermountain regions that face challenges like temperature extremes, drying winds, and poor soil quality. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water and prevent erosion. Specific techniques include planting tree lines as windbreaks, using drip irrigation, and selecting plants that can tolerate the wide temperature ranges typical of intermountain areas.
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This document discusses low-maintenance landscaping solutions for intermountain regions with variable climates. It recommends using windbreaks, xeriscaping, and soil amendments, as well as native plants that are drought-tolerant and prevent erosion. Specific techniques mentioned include drip irrigation, planting trees and hedges as windbreaks, and choosing plants that need little water or maintenance while supporting the local ecosystem. Charts provide data on average water consumption by various household activities and seasonal temperature ranges for the region.
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The document discusses low-maintenance landscaping solutions for intermountain regions with variable climates. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to deal with hot and cold temperatures, drying winds, and irregular water availability. The document also suggests using structures like fences and trees to block wind and using drip irrigation and mulches to conserve soil moisture.
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Práctica 12 archivo pptx
The document discusses water-saving landscaping strategies for intermountain regions, which face challenges like hot and cold temperatures, drying winds, and short growing seasons. It recommends approaches like using native plants, windbreaks, xeriscaping, and drip irrigation to conserve water and prevent erosion. The document provides information on regional weather patterns, common outdoor water usage, and appropriate plants that can tolerate the temperature range and drought while supporting the local ecosystem.
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This document discusses landscaping solutions for arid, intermountain regions that face challenges like heat, cold temperatures, wind, and poor soil quality. It recommends using windbreaks, xeriscaping, soil amendment, and native plants to conserve water. Xeriscaping involves planting strategies that require no or little additional watering beyond natural precipitation through the use of drip irrigation and plants adapted to the local climate and conditions. Native plants are suitable as they tolerate the temperature range and drought of the region while preventing erosion and supporting the natural ecosystem.
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The document discusses landscaping solutions for arid, intermountain regions that face challenges like heat, cold temperatures, drying winds, and poor soil. It recommends using windbreaks, xeriscaping, soil amendment, and native plants to conserve water. Xeriscaping involves planting strategies that require no or little additional watering beyond natural precipitation through the use of drip irrigation and plants tolerant of the local climate and drought. Native plants are suitable as they have adapted to the temperature range and tolerate drought, preventing erosion and supporting the natural ecosystem with little maintenance.
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The document discusses low-maintenance landscaping solutions for intermountain regions that face challenges like temperature extremes, winds, and poor soil quality. It recommends using windbreaks, xeriscaping with native drought-resistant plants, soil amendment, and drip irrigation to conserve water. Xeriscaping uses plant selection and limited watering methods suited to the climate and environment.Hcd p12-tatiana zambrano-practica 13- animacion y exportacion de diapositivas.
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The document discusses strategies for low-maintenance landscaping in intermountain regions that experience hot and cold temperatures, drying winds, and short growing seasons. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water. Specific strategies include using structures as windbreaks, planting trees and hedges, and installing drip irrigation. The goal is to develop sustainable landscapes that require little watering and prevent soil erosion.
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This document discusses low-maintenance landscaping solutions for arid regions that conserve water. It describes challenges like temperature extremes, winds, and poor soil. Solutions proposed include using windbreaks, xeriscaping with native drought-resistant plants, and amending soil. Xeriscaping involves planting strategies that require no additional watering beyond normal rainfall through the use of drip irrigation. Native plants are advocated because they are adapted to the local climate and support the natural ecosystem.
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Práctica 12 terminada
This document discusses strategies for water-saving landscaping, including using native plants that tolerate local temperatures, drought, and winds. It recommends structures like windbreaks and fences, as well as planting trees and hedges, to protect plants from elements. The document also discusses efficient irrigation methods like drip systems, and choosing plants that need little water once established to reduce outdoor water usage.
Práctica 12 terminada
This document discusses strategies for water-saving landscaping, including using native plants that tolerate local temperatures, drought, and winds. It recommends structures like windbreaks and fences, as well as planting trees and hedges, to protect plants from elements. The document also discusses efficient irrigation methods like drip systems, and choosing plants that need little water once established to reduce outdoor water usage.
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This document discusses strategies for water-saving landscaping, including using native plants that tolerate local temperatures, drought, and winds. It recommends structures like windbreaks and fences, as well as planting trees and hedges, to protect plants from elements. The document also discusses efficient irrigation methods like drip systems, and choosing plants that need little water once established to reduce outdoor water usage.
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This document discusses strategies for water-saving landscaping, including using native plants that tolerate local temperatures, drought, and poor soil conditions. It recommends windbreaks, xeriscaping, and drip irrigation to reduce water usage and soil erosion. The document provides information on plant selection based on temperature tolerance and water needs to create sustainable landscapes that require little maintenance.
Práctica 12 diapos
The document discusses low-maintenance landscaping solutions for intermountain regions that face challenges like temperature extremes, short growing seasons, drying winds, and poor soil quality. It recommends approaches like xeriscaping, using windbreaks, amending soil, and planting native species to conserve water. These techniques can help landscapes better withstand hot/cold temperatures as well as periods of drought and deluge through strategies that reduce the need for irrigation while protecting against erosion.
Water maldonado
The document discusses low-maintenance landscaping solutions for intermountain regions that face challenges like temperature extremes, drying winds, and poor soil quality. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendment to conserve water and minimize maintenance. Xeriscaping involves planting strategies that require no additional watering beyond what comes from drip irrigation or natural precipitation.
Hcd p16-alison aviles-pract.12-ciclo del agua-pptx
The document discusses strategies for water-saving landscaping. It notes challenges like hot/cold temperatures, short growing seasons, drying winds, and poor soil. It recommends using windbreaks, xeriscaping, soil amendments, and native plants. Specific strategies include planting arrangements that conserve water, using drip irrigation instead of sprinklers, and choosing plants that tolerate drought and require little watering once established. The overall goal is to create sustainable landscapes that use water efficiently and support the local ecosystem.
Hcd p16-alison aviles-pract.12-ciclo del agua-pptx
The document discusses strategies for water-saving landscaping. It notes challenges like hot/cold temperatures, short growing seasons, drying winds, and poor soil. It recommends using windbreaks, xeriscaping, soil amendments, and native plants. Specific strategies include planting arrangements that conserve water, using drip irrigation instead of sprinklers, and choosing plants that tolerate drought and require little watering once established. The overall goal is to create sustainable landscapes that use water efficiently and support the local ecosystem.
Práctica 12 dkml
The document discusses low-maintenance landscaping solutions for intermountain regions that experience hot and cold temperatures, drying winds, and poor soil quality. It recommends using windbreaks, xeriscaping with native drought-resistant plants, and soil amendments to conserve water. Specific strategies mentioned include using tree lines, hedges, drip irrigation, and plants that tolerate temperature and drought conditions with little need for watering or maintenance.
Hdc christian flores práctica 13
The document discusses water-saving landscaping strategies for intermountain regions, which face challenges like temperature extremes, winds, and poor soil quality. It recommends using windbreaks, xeriscaping with native drought-resistant plants, soil amendment, and drip irrigation to conserve water. Specific solutions covered include using fences, trees or hedges as windbreaks; planting native species suited to the temperature range without additional watering needs; and adding organic material to prevent 10 tons per acre of soil loss to erosion each year.
Práctica 12. hcd. p16. Geovannina Recalde_Water-Saving Landscaping
The document discusses various challenges for landscaping like temperature extremes, wind, drought, and poor soil. It presents solutions like windbreaks, xeriscaping, soil amendment, and native plants to conserve water. Xeriscaping is defined as planting strategies that use drought-resistant native plants and limit watering needs through practices like drip irrigation. Using native plants that tolerate local temperature and moisture conditions requires little watering once established and helps prevent erosion.
Prueba con power point
The document discusses landscaping solutions for intermountain regions that conserve water. It notes the climate challenges of these regions, including temperature extremes, drying winds, and drought/deluge cycles. Some recommended solutions are using windbreaks, xeriscaping with native drought-resistant plants, improving soil quality, and drip irrigation. Xeriscaping involves strategic planting that requires no additional watering beyond normal rainfall. Native plants are emphasized as they are adapted to the local temperature range and need little maintenance while preventing erosion and supporting natural ecosystems.
Similar to Práctica 12 (1) (12)
Hcd p16-alison aviles-pract.12-ciclo del agua-pptx
Hcd p16-alison aviles-pract.12-ciclo del agua-pptx
Hcd p16-alison aviles-pract.12-ciclo del agua-pptx
Hcd p16-alison aviles-pract.12-ciclo del agua-pptx
Práctica 12. hcd. p16. Geovannina Recalde_Water-Saving Landscaping
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Práctica 12 (1)
- 2. Hot temperatures Cold temperatures Shorter growing season Drying winds Deluge/drought Poor soil April 18, 2010 Water-Saving Landscaping 2
- 3. Windbreaks Xeriscaping Soil amendment Native plants April 18, 2010 Water-Saving Landscaping 3
- 4. Structures Fences Walls April 18, 2010 Water-Saving Landscaping 4
- 5. Plants ◦ Tree lines ◦ Hedges April 18, 2010 Water-Saving Landscaping 5
- 6. Clouds Condensation and Precipitation Runoff and Percolation Evaporation Transpiration Clouds Condensacion and Precipitacion Evaporation April 18, 2010 Runoff and Percolation Transpiration Water-Saving Landscaping 6
- 7. Activity Average Brushing teeth Washing hands Toilet flush Shaving 10 Shower (8 min.) Bath 36 Dishwasher Dishes by hand Clothes washer Lawn (20 min.) Conservative 2 0.5 2 0.5 5 2 1 20 5 15 15 7 20 5 40 25 200 200 April 18, 2010 Water-Saving Landscaping 7
- 8. Planting strategies that conserve water April 18, 2010 Water-Saving Landscaping 8
- 9. No additional watering April 18, 2010 Water-Saving Landscaping 9
- 10. Drip irrigation April 18, 2010 Water-Saving Landscaping 10
- 11. Eastern Washington loses more than 10 tons of soil per acre per year to rainfall runoff April 18, 2010 Water-Saving Landscaping 11
- 12. Tolerate temperature range Tolerate drought Prevent erosion Support natural ecosystem Attract pollinators Need little or no maintenance Sustainable April 18, 2010 Planta. Water-Saving Landscaping 12
- 13. Seasonal Temperatures Winter Spring Summer Fall Minimum 18 41 73 43 Average 29 57 89 54 Maximum 40 72 105 65 April 18, 2010 Water-Saving Landscaping 13
- 14. 120 100 80 Winter Spring Summer Fall 60 40 20 0 Minimum Average April 18, 2010 Maximum Water-Saving Landscaping 14
- 15. Photos courtesy of Rugged Country Plants April 18, 2010 Water-Saving Landscaping 15