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Smart Reasoning:

C&E

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Qaagi - Book of Why

Causes

Effects

on a larger scale in arid regions in the late 18th and early 19th centuries(passive) were createdShelterbelts

However planting plans can also have an exotic componentwhen designingshelterbelts

tree deaths(passive) caused byshelterbelts

to slow down the speed of the wind(passive) are designedShelterbelts

Planted forestscreateShelterbelts’

to provide shelter from wind and temperature extremes(passive) are designedShelterbelts

to minimise winter paddock shading while providing effective year - round shelter and shade in summer(passive) are carefully designedShelterbelts

carefully(passive) are ... designedShelterbelts

to enhance their value as wildlife habitat(passive) can be designedShelterbelts

managed to support wildlife habitat , including winter protection of pheasant habitat(passive) can be designedShelterbelts

to assist natural behaviours of ewes and provide opportunities for isolation during lambing(passive) can also be designedShelterbelts

back(passive) must be setShelterbelts

to contain 10 or more rows of trees and shrubs primarily on the north and west sides of farmsteads(passive) should be designedShelterbelts

to contain 10 or more rows of trees and shrubs to provide maximum benefit to wildlife and homeowners(passive) should be designedShelterbelts

to intercept pesticides and chemical laden dust to protect organic production fields and active pollinators , both wild and domesticated(passive) can also be designedShelterbelts

Sometimes working in concert with Mother Nature meanscreatingshelterbelts

to keep farmyards , driveways and roads clear of snow(passive) can be designedShelterbelts

Deposition of odorous dustscreateShelterbelts

The cottonwoods were planted decades agoto createshelterbelts

Evergreen trees , deciduous trees and shrubs are usedto createshelterbelts

At the shed talk , Ann Brown from Greening Australia describedhow to designshelterbelts

2013 Bret AmundsonDESIGNINGSHELTERBELTS

for the specific location(passive) should be designedShelterbelts

shell co carsdesigningshelterbelts

the Hovdesare creatingshelterbelts

utilizing the Civilian Conservation Corpsto create“ shelterbelts

in a tightly - knit Scandinavian farming community in Minnesota(passive) is setShelterbelts

In the 1930s , the Civilian Conservation Corps , to battle soil erosion , planted thousands of cottonwoods and black locuststo createshelterbelts

the federal programcreatingshelterbelts

in Otter Tail County , Minnesota(passive) is setShelterbelts

General Chłapowski(passive) created byshelterbelts

By 1942 , more than 220 million trees stretched 18,600 milescreatingshelterbelts

soil erosion and catch and distribute snowpreventsoil erosion and catch and distribute snow

of one tree speciescomposedof one tree species

for other species-- because other species were not so in danger of extinction as they are nowbeing designedfor other species-- because other species were not so in danger of extinction as they are now

resilient farms Treescreateresilient farms Trees

a ‘ quiet zone ’ of air that measures a distance of 8 to 10 times the height of the tree row downwind of the shelterbelt , and an additional moderation of wind speeds 10 to 25 times tree height , beyond the shelterbeltcreatea ‘ quiet zone ’ of air that measures a distance of 8 to 10 times the height of the tree row downwind of the shelterbelt , and an additional moderation of wind speeds 10 to 25 times tree height , beyond the shelterbelt

a physical barriercreatea physical barrier

from fencelinesset backfrom fencelines

views from the west along the western boundarypreventviews from the west along the western boundary

to benefit livestock , wildlife , or croplanddesignedto benefit livestock , wildlife , or cropland

alsocreatealso

reflectionto preventreflection

an obstacle for moving air massescreatean obstacle for moving air masses

of 1.5 m tall C. microphylla at 1.5 m planting distance in 3 rows per beltcomposedof 1.5 m tall C. microphylla at 1.5 m planting distance in 3 rows per belt

waterlogging 7can preventwaterlogging 7

snow accumulation on roads and driveways or in farmlandspreventsnow accumulation on roads and driveways or in farmlands

moisture loss and erosion 143.192.78.63preventmoisture loss and erosion 143.192.78.63

snow problems when planted too close to buildings or roadsmay createsnow problems when planted too close to buildings or roads

microclimates(passive) created bymicroclimates

The inherent edge effect(passive) created byThe inherent edge effect

towards the creation of a more productive , sustainable and visually attractive farmcan contributetowards the creation of a more productive , sustainable and visually attractive farm

of caraganacomposedof caragana

soil conditionsinfluencedsoil conditions

of indigenous vegetationcomposedof indigenous vegetation

from 1991 to 1994createdfrom 1991 to 1994

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Smart Reasoning:

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