She also thinks that though human influence might be «greater than we realize,» this regional climate change is probably caused by many factors, including
increased irrigation in the region.
She also thinks that though human influence might be «greater than we realize,» this regional climate change is probably caused by many factors, including
increased irrigation in the region.
Not exact matches
Using a wide array of data from sensors
in the soil along with satellite imagery and weather forecasts, the company designed a «personalized»
irrigation system for each block of vines, greatly reducing water consumption and
increasing output.
They provide a solar - powered drip
irrigation system that can
increase farmers» yield with up to 300 percent
in Kenya and the neighbouring countries.
«Harvey Water represents the Collie River
Irrigation District farmers and has been working for many years to find a solution to the
increasing salinity
in the Wellington Dam.
However — aside from the fact that, according to the World Health Organization, 80 per cent of all disease
in the world is related to water supplies and that some diseases are significantly
increased by
irrigation — the technology of
irrigation is itself a tricky business.
Water management technologies including micro
irrigation, off - grid desalination, sprayable polymers, hydroponics and aeroponics for
increasing sustainability
in production and building
in environmental credentials to a business's brand.
In addition, this year, delayed monsoon rains
increased farmers» demand for
irrigation - related electricity while reducing the water available for hydroelectricity, which accounts for 20 percent of India's grid, according to Businessweek and Reuters.
Reports blamed the conflict for changes
in land use and cover — and for activities like
increased military traffic over unpaved surfaces and farmers reducing
irrigation or abandoning agricultural land — that created extreme amounts of dust to fuel the storm.
In Africa, improving infrastructure, better fertilizer use, improved
irrigation and other constraints can be relieved to
increase yield.
However, growing biomass soon
in well - selected places with
increased irrigation or fertilization could support climate policies of rapid and strong emission cuts to achieve climate stabilization below 2 degrees Celsius.
Dams have also caused an
increase in schistosomiasis
in many countries, because snails live
in the reservoirs and
irrigation channels.
The study also confirmed a finding that has been emerging: that water conservation measures that directly reduce
irrigation, such as drought - tolerant landscaping, can have the unintended consequence of
increasing temperatures
in urban areas.
Dams and
irrigation projects upriver
in Africa
increase the population of malarial mosquitoes downriver.
In a study entitled «It's Going to Take More Innovation than Technology to Increase Water Conservation Practices,» researchers from the University of Florida examined the perceptions of homeowners in Orange County, Florida who have automated irrigation systems and looked deeply into their water conservation knowledge and practice
In a study entitled «It's Going to Take More Innovation than Technology to
Increase Water Conservation Practices,» researchers from the University of Florida examined the perceptions of homeowners
in Orange County, Florida who have automated irrigation systems and looked deeply into their water conservation knowledge and practice
in Orange County, Florida who have automated
irrigation systems and looked deeply into their water conservation knowledge and practices.
The authors said this confirmed previous studies showing that wobbler sprinklers improve
irrigation capture
in certain instances but the effect is not great (less than 10 %
increase) or consistent.
The researchers believe that some of the
increase comes from improvements
in water conservation practices, though some was simply the result of inefficient
irrigation, for example, water seeping out of unlined ditches into aquifers.
Farmers here have reported environmental problems, such as floods, droughts, reductions
in water quality and
increases in soil erosion and downstream sedimentation of
irrigation networks.
The net overall
irrigation change, however, was a 27 % annual
increase in the amount of
irrigation from 2007 to 2014.
«We always assumed that people's
increased reliance on groundwater for
irrigation and consumption was resulting
in a net transfer of water from the land to the ocean,» said lead author J.T. Reager of JPL, who began the research project as a UCI graduate student.
The researchers found that
increased soluble solids concentration (SSC) occurred with low - frequency
irrigation, while decreased SSC occurred with delayed harvest maturity
in trees receiving phosphorus fertigation at bloom.
These findings can also be illustrated
in other aspects of resource use: the team found the highest rate of
increase in the cultivation of arable land to be
in the 1950s; the peak for human - made
irrigation areas then followed
in the 1970s, and the peak for nitrogen fertilisers was subsequently
in the 1980s.
Not only does this limit the land available for use
in agriculture, but
in land that has been used for generations, the combination of
irrigation and evaporation gradually leads to
increasing soil salinity.
PPI's technology will allow farmers
in many countries to
increase yields and reduce the need for
irrigation, particularly
in drought and heat stressed areas.
Pumping water for
irrigation likely to
increase drought vulnerability
in certain regions, PNNL shows via modeling expertise
Human activities directly produce only a small
increase in water vapor through combustion processes and
irrigation.
Those who do will surely suffer, since GW is predicted to reduce world net food crop output
in several ways: droughts, floods, heatwaves that kill plants; land loss from sea rise; no
irrigation in glacier - fed rivers after glaciers melt
in a few decades — putting 40 % of India & China at starvation risk; crop loss due to
increased pests (weeds & bug); fish decline from several GW factors; there's probably more.
SW fails to mention effects that may counter-act warming trends, such as
irrigation, better shielding of the thermometers, and
increased aerosol loadings,
in addition to forgetting the fact that forests were cut down on a large scale
in both Europe and North America
in the earlier centuries.
Low temperatures
in Arizona have
increased in urban areas, because of grass, trees,
irrigation (anything which
increases humidity and / or causes
increased condensation,) asphalt, buildings, air conditioners, etc..
that the sharp
increasing in nighttime relative to decreasing daytime tempeartures
in the Valley relative to the Sierras is largely due to
irrigation and
increased urbanization?
This unique response of RSM to extra soil moisture provided by
irrigation is consistent with Christy et al. (2006)'s observational study that found
increased nighttime minimum temperature
in California Central Valley during the last century.
However, growing biomass soon
in well - selected places with
increased irrigation or fertilization could support climate policies of rapid and strong emission cuts to achieve climate stabilization below 2 degrees Celsius.
In warm, dry regions,
irrigation increases the amount of water available for plants to release into the air through a process called evapotranspiration.
Human activities directly produce only a small
increase in water vapor through combustion processes and
irrigation.
To Tenuc (2:12 am): I agree with your point that at the micro-climate level, there are too many things going on to draw conclusions based on only one parameter,
in this case
increasing irrigation.
Globally, water demand will grow
in the coming decades, primarily due to population growth and
increased affluence; regionally, large changes
in irrigation water demand as a result of climate change are likely (high confidence)[3.5.1].
Examples include developing water saving technologies
in irrigation, building reservoirs,
increasing water productivity, changing cropping systems and water reuse.
Increased tapping of water resources for crop
irrigation in one region
in response to water shortages related to climate change can
increase risks to adjacent areas that share those water resources.
Where there have been built or made
irrigations of many types, the most inmediate consequence it has been an
increase in humidity and even
in deserts it has began raining.
So while admitting, there probably is a very modest amount of AGW
in the current warming cycle, it could just as easily have been caused by: i) the effects of the huge
increase in global
irrigation, ii) tiny changes
in the sun's radiation, and / or iii) the knock on effects of changes
in the intensity and direction of ocean currents.
«The losses got substantially reduced when we
increased irrigation of fields
in the simulation, so water stress resulting from temperature
increase seems to be a bigger factor than the heat itself,» says co-author Joshua Elliott from the University of Chicago.
Global Warming floods and droughts crops,
increases insect and fungal growth,
increases the spread of said non-indigenous vermin, alters the range of crops to where geology and infrastructure (such as
irrigation and farms) is not favourable (north of the Southern Manitoba bread - basket is boreal forest too acidic for crops and north even further is only accessible by winter roads)...... these problems are potentially solvable, but certainly as soon as Chinese Himalayan meltwater dries up, or as soon as a Monsoon season fails because of Global Warming, the next decade of cost savings by following the Republican / Conservative geoengineering «plan»... such preventable events
in the midst of an economic golden age will be looked on by future generations as evil.
In a recent article, we call this anthropogenic drought, which is water stress caused or intensified by human activities, including
increased demand, outdated water management, climate change from anthropogenic greenhouse gas emissions, growing energy and food production, intensive
irrigation, diminished supplies, and land use change.
, written 2007/09/14 I noted that the cost of water
in Australia varied from $ 0.0013 / kL ($ 1.30 / ML)
in the Murrumbidgee
Irrigation Area to around $ 1 / kL for a domestic consumer
in South Australia (the cost to domestic consumers
in SA had
increased to around $ 3 / kL by 2017).
Volumes of many of the world s large lakes have been reduced
in recent decades through
increased irrigation and other water use.
Is this really changing the temperature of the planet — yes, but on any given day you'd be hard pressed to feel it, with possible exceptions like the enthalpy of desert regions
increasing with the
increase in irrigation of yards, crops, etc..
Has anyone bothered to analyse the impact the ever
increasing amount of pastoral
irrigation going on and how spraying vast volumes of water into the sky might just correlate with an
increase in temperature?
According to that hypothesis, the anomalous
increase of CO2 and CH4 concentrations
in the atmosphere as observed
in mid - to late Holocene ice - cores results from anthropogenic deforestation and rice
irrigation, which started
in the early Neolithic at 8000 and 5000 yr BP, respectively.
A World Bank report said
in February 2015 that climate change is likely to
increase river salinity leading to shortages of drinking water and
irrigation and significant changes
in aquatic ecosystems
in the southwest coastal areas during the dry season by 2050.
Recent intensification of permanent agriculture has had numerous negative environmental consequences: Erosion has accelerated and stream sediment loads have
increased where repetitive cultivation is performed on steep slopes without appropriate conservation methods; permanent conversion of hill slopes and road building have
increased the risk of landslides;
irrigation of cash crops
in the dry season has desiccated streams; and use of pesticides and fertilizers to sustain commercial agriculture has reduced water quality.