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Climate Change and Renewable Energy: Saving Our Planet for Future Generations


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U.N. Climate Action Awards: Eco Wave Power

Wave Power

Creating Electricity for the Ocean

“Eco Wave Power has successfully developed and commercialized wave energy.”

By Linn Smith

Eco Wave Power is a company founded in 2011 which is the only company in the world that turns ocean waves into clean energy, connecting wave floaters to the power grid. Since 2016 the Wave Farm has been providing Gibraltar, a tiny country bordering Spain, with electricity. Eco Wave Power is also a 2019 recipient of the United Nation’s Climate Action Award.

Clean Energy

Generating electricity from the ocean

Clean and Affordable Energy

According to the U.N. Climate Action organization,”The project generates clean and affordable electricity, using a simple design that allows the project’s uniquely shaped floaters to be attached to existing man-made structures (such as piers, breakwaters and jetties), and thereby simplifying the installation process, as well as maintenance and accessibility.”

Ocean Energy

Ocean waves create electricity in Gibraltar

How Wave Energy Works

The converter consists of three main functional parts: mechanical, hydraulic and electric systems. The mechanical system serves as a wave energy receiver on floaters and transmits the energy to hydraulic cylinders. The hydraulic system transforms the mechanical energy from the sea to hydraulic fluid pressure and forces a hydraulic motor rotation, which transfers the energy from rotation to the generator. The generator is part of a converter electrical system. It receives the energy from rotation and transforms it to electrical power.

Wave power

Generating clean energy

Key Facts according to U.N. Climate Action

*Wave energy has historically been uncommercialized due to the complexity of extracting energy from the ocean. This project has successfully developed and commercialized wave energy, resulting in a grid-connected array that has operated continuously since 2016.

*In 2018, the station set a world record for wave energy when it clocked over 15,000 grid-connection hours.

*Commercializing wave energy has enormous potential — the World Energy Council predicts that wave energy can produce twice the amount of electricity the world currently produces.

*More than half the world’s population lives within 100 km (62 miles) of a coastline, and in many locations, the power of the waves is available around the clock.

Being easy to build and cost efficient these floaters also have little negative impact on the environment. Gibraltar has been a test site and Eco Wave’s plan for further expansion are on the horizon!

Sources:
https://unfccc.int/climate-action/momentum-for-change/women-for-results/eco-wave-power

http://www.ecowavepower.com

https://en.wikipedia.org/wiki/Wave_power

wave energy

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Unethical but not Illegal: Feeling Indifferent about Our Carbon Footprint

Sustainable living

It’s our responsibility to change.

“The most environmentally friendly product is the one you didn’t buy.”

Joshua Becker

By Linn Smith

What is unethical? According to vocabulary.com it means, “Going against social or professional expectations of what’s right. It’s a word that’s often used to describe bad behavior or immoral conduct.”

What is the definition of Illegal? Laws and consequences that regulate human behavior.

Legally Destroying our Planet

Currently there are very few regulations on carbon dioxide and toxins we pour into our atmosphere, landfills and oceans. Most regulations are voluntary. What makes it unethical? The practice of adding more greenhouse gases and toxic materials to our earth and our atmosphere is a destructive force that negatively impacts our planet…but it’s not illegal!

We have produced generations of people that have lost all human memory of survival by using their own resources to live, such as growing gardens, canning, freezing, sewing their own clothes, harvesting their own honey….having the ability to live independent of industry. It’s the Industrial Revolution of destruction… consumers dependent on mass production which is destroying our planet!

The earth continues to warm

Fight against global warming!

Unethical but not Illegal

It’s not against the law to:

•Manufacture, transport and toss millions of plastic materials which, not only leave a huge carbon footprint in manufacturing, but end up in our lakes, rivers, oceans, landfills and falling from the sky in raindrops. Unethical but not illegal!

•Purchase gas guzzling vehicles that have left huge carbon footprints even before being purchased.

•Spend thousands on the latest fashions. The fashion industry leaves a huge toxic trail before you see it on the racks of your favorite retail outlet. Unethical but not illegal.

•Buy the latest and greatest cell phone….huge carbon footprint!

Fossil Fuels

Coal and Oil Formation

The Most Environmentally Friendly Product

Here’s a suggestion. Why not buy used and donate the difference to The Ocean Cleanup (which is currently cleaning up the Great Pacific Garbage patch), a nonprofit clean energy organization, homeless shelters, a children’s hospital or a horse rescue, just to name a few possibilities. There are many horse rescues around and they always need hay! Just google one and offer to buy a few bales once in awhile! (I volunteer at horse rescues so I know this firsthand.)

The most environmentally friendly product is the one you didn’t buy!” and I will insert “buy new!”

cop21

Extreme Weather

The Industrial Revolution cannot continue. Underdeveloped countries need to develop in an environmentally friendly direction and developed countries need to take a look at the meaning of economic growth if the meaning of economic growth is further destruction to our planet!

How much extreme weather can we endure and how many species will become extinct? Can we just turn our backs and say it’s too late or worse, nothing I can do will matter?

Tagore had it right! “The one who plants trees, knowing that they will never sit in their shade, has at least started to understand the meaning of life.”

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Record Breaking Temperatures Across our Planet

Climate Change, Global Warming

Climate Change Affects Everyone!

“The average temperature of our planet is heating up!”

By Linn Smith

I can attest, being a resident of the western United States, that the summer of 2019 was HOT! In the west records were broken in most states along with the number of days over 90 degrees. In the Northern Hemisphere, June and July of 2019 were the hottest ever recorded, tied with the records of 2016. According to the National Oceanic and Atmospheric Administration (NOAA), July was 1.71 degrees hotter than the average.

Africa just recorded its hottest months ever and countries in Europe also experienced record highs. The Earth’s oceans recorded highs this summer, about 1.5 degrees F above normal for July. Denver, Colorado had the hottest September on record, with a record breaking 100 degrees, which had never happened before in September.

Sustainable living

It’s our responsibility to change.

National Oceanic and Atmospheric Administrative Data

The following information is data taken from the National Oceanic and Atmospheric Administrative( NOAA) website which has the correct data on the record highs this summer (2019):

August 2019: The average global temperature in August was 1.66 degrees F above the 20th-century average of 60.1 degrees, tying it with 2015 and 2017 as the second-hottest August in the 140-year record, according to scientists at NOAA’s National Centers for Environmental Information. The hottest August on record was August 2016, and the five hottest Augusts on record have all occurred since 2014.

The global sea surface temperature last month was 1.51°F above the 20th century monthly average of 61.4°F, making it the highest global ocean temperature for August on record.

Climate Change

Temperatures are steadily rising on our planet.

Meteorological summer in the Northern Hemisphere

June through August 2019 was the Northern Hemisphere’s hottest meteorological summer on record, tied with 2016. The period of June through August, which also marks the Southern Hemisphere’s winter, was the planet’s second hottest in the 140-year record at 1.67 degrees F above the 20th-century average, behind June-August of 2016. The last five June-August periods are the five hottest on record.

The period from January through August produced a global temperature that was 1.69 degrees F above the 20th-century average of 57.3 degrees (for both hemispheres, one being in winter), making it the third hottest January-August period on record after 2016 and 2017.

Fossil Fuels

Coal and Oil Formation

More notable stats and facts

*Sea ice retreats: The August Arctic sea ice coverage was 30.1 percent below average, right behind August 2012’s record-lowest extent. Antarctic sea ice extent was the fifth smallest August extent on record.

*Regional record heat: Europe, Africa and the Hawaiian region had August temperatures that ranked among their three hottest Augusts on record.

*Scorching season for some: Africa had its warmest June–August since records began. South America and Europe had a June–August temperature that ranked among the three-warmest such periods on record.

Is it warming up where you are? The answer is yes. Even though you still have cold days and seasonal changes, the climate average of our planet is heating up!

https://www.ncdc.noaa.gov/sotc/national/?Set-Language=ar

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The Greenhouse Effect: Dangers of Methane

The Methane Molecule

The methane molecule binds heat because of its make up.

“Keeping methane emissions in check is essential to prevent global warming.”

By Linn Smith

As we battle the effects of climate change we must also educate ourselves about the changes taking place in our atmosphere. The two main components humans are dumping into our atmosphere that are contributing to the greenhouse effect are carbon dioxide (CO2) and methane(CH4).

CO2 vs Methane

Carbon dioxide (CO2) is the emission we think of as creating the greatest impact on global warming. The least talked about until recently is methane. The increase in fracking for natural gas has resulted in an increase of methane in our atmosphere.

A 2015 study published in ScienceMagazine.org revealed that emissions of methane in our atmosphere was approximately 60% greater than has been estimated by the EPA, as the EPA did not include the emissions from fracking and drilling sites not currently active.

Methane leaks by oil rigs

Methane leaking in the U.S.

Satellite Detection of Methane

As stated in my previous article, https://planetearth5.com/2014/10/30/the-hottest-spot-of-methane-in-the-u-s/, data from satellites have detected the largest gas leaks from major sources. Newer and more efficient satellites, MethaneSAT, are due to be launched in 2021. These satellites are so advanced they will be able to pinpoint individual producers of greenhouse gases from oil rigs.

Methane

The make up of the methane molecule.

Methane and the Greenhouse Effect

What then makes methane so deadly to our plMethaneanet? When we hear the term greenhouse effect, it isn’t all negative. Some of it is a natural process of keeping the earth warm so we can inhabit it. The sun’s rays make their way to Earth, trapping some of the energy in our atmosphere where the natural greenhouse gases are interconnected with the energy of the sun making our planet livable.

The Scientific Explanation of Greenhouse Gases

The greenhouse gases are molecules made up of 3 or more atoms bound together loosely so they can vibrate when they absorb heat. This keeps heat near the Earth’s surface. Most of the gas in our atmosphere is made up of oxygen and nitrogen which are made up of 2 atoms bound together more tightly than the greenhouse gas molecules, which are three or more atoms. Two atoms bound together can’t vibrate as three or more atoms do, so they can’t absorb the sun’s heat as it travels back from earth into space. The vibrating and absorption of heat by the molecules made up of 3 or more atoms causes the greenhouse effect.

Methane is made up of 5 atoms and carbon dioxide of 3, so methane is able to absorb far more heat than CO2 even though there is less methane in our atmosphere. The more methane and CO2 flood our atmosphere, the greater the greenhouse effect because of their 3 and 5 atom makeup. The methane molecule can stay 10 or more years in the earth’s atmosphere, not as long as carbon dioxide but binding more unwanted heat in its molecules. For more information see: UCAR Center for Science Education (scied.ucar.edu).

Methane a greenhouse gas

84 times more potent than co2.

Global Warming Potential of Methane

According to National Geographic.com, “The 20 year global warming potential of methane is 84. That is, over a 20 year period it traps 84 times more heat per mass unit than CO2 and 32 times the effect when accounting for aerosol interactions. Global methane concentrations rose from 722 parts per billion (ppb) in pre-industrial times to 1866 ppb in 2019.” Methane has risen more than 150% ppm since the 1700s. The IPCC (Intergovernmental Panel on Climate Change) has warned that keeping methane emissions in check is essential to prevent global warming.

In 2016 during the Obama administration, steps were put in place to regulate the fracking and drilling industries’ emission of methane, cutting the total emissions in half by 2025. Last month the Trump administration announced they had plans to loosen these regulations.

Emissions of methane

Methane is a greenhouse gas.

As these more dangerous gases are released into our atmosphere by gas vehicles, industry, drilling and heating our homes, our planet continues to move towards an unbalanced system. This will continue in the future to cause our earth to warm, weather to be more extreme, ice to melt in the arctic and many species to become extinct…..possibly even humans. So sense of urgency? Yes, because our focus on wealth by and for continuous development in the private sector, industry and government seems to be speaking louder than our suffering planet.

Methane: A greenhouse gas

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Climate Change Brings Hotter Heat Waves

Indian drought

Millions effected by the drought

“Heat Waves: They will become hotter, more frequent, last longer, and occur in more varied places.”

By Dr. John J. Hidore

When it seems unusually warm someplace there is a tendency to describe it as a heat wave. The reason is simple. Normal high temperatures vary greatly from place to place. So what would be defined as a heat wave in one location would not be appropriate for another location, perhaps one not too far away. An adequate definition might be, “A heat wave is an unusually warm or hot period lasting for days or perhaps weeks.”

We associate heat waves with summer, but by this definition they can actually occur at any season. India and Pakistan make a clear definition of a heat wave and they use different temperatures in different parts of the country to establish what constitutes a heat wave. In the plains regions temperatures above 40 C (104F) constitute a heat wave. They also define a severe heatwave for this region as experiencing temperatures over 46 C (114.8F).

Fossil Fuels

Coal and Oil Formation

Western European Heat wave of 2019

The last two decades have seen the hottest summers in the last 500 years.The summer of 2019 was no exception. July of this year was the warmest July ever recorded for the planet. Record high temperatures were recorded over much of western Europe in the last week of July. In Paris, France the temperature reached 110°F ( 43°C ) on July 25. In Bayreuth, Germany the temperature reached a record 93°F (34°C). A high of 105 °F (41°C ) was recorded in Belgium. The high temperatures became a health hazard, particularly for the elderly.

It was the lack of air conditioning and the high temperatures which were largely responsible for the high death toll in Europe in the summer of 2003. The use of air conditioning varies greatly from country to country. Over 90% of households in Japan and the United States have air conditioning systems. There is relatively little installed air conditioning in households in Europe. In Germany, for instance, less than two percent of households have air conditioning systems. Parts of Paris are served by a cold water pipeline system that uses water from the Seine River for cooling.

The Barefoot College

Gandhi’s Philosophy: The small villages must be empowered.

Indian heat wave of 2016

India experienced unusually high temperatures in 2016. Temperatures were above normal most of the spring. Normally, the hottest months of the year are April, May, and June, before the summer monsoon rains begin. In May a severe heat wave alert was issued for several states. A severe heat wave is one in which temperatures of at least 117°F (47.2°C) occur. In the city of Philodi, in western India unofficial temperatures reached 124°F (51°C). This is the highest temperature on record in India. Temperatures averaged above 104 ºF (40°C) over large areas. Some urban high temperatures were:

New Delhi 47 °C (117 ºF)
Churu 50 °C (122 ºF)
Philodi 51.°C (124 ºF)

The impact on the country was immense. More than 300 million people were adversely affected. Crops failed or were below average in 13 states in the last growing season . Thousands of farmers abandoned their farms. In places the asphalt on the streets partially melted. At Bikaner, the streets were being sprinkled with water to reduce the heat. Some 17,000 villages had, or were facing water shortages. Several Indian states shut down schools to reduce risk to students. Heatstroke was a widespread problem and many deaths were reported across the region. Fortunately the government responded in a variety of ways to reduce the suffering and mortality.

Global Greenhouse Gases

Asian heat waves of 2015

In 2015 a May heat wave in India claimed at least 2,500 lives. Heat waves are fairly frequent in India but this was the greatest loss of life from a heat wave in over 30 years. Extremely high temperatures were reached in cities scattered over the country. Power outages were wide spread as a result of high demand for air conditioning. The city of Khammam recorded the highest temperature ever recorded there at 48 degrees C (118.4 degrees F). Other high temperatures that were recorded were:

Allahabad 47.8 C (118.0 F)
Delhi 45.5 C (113.9 F)
Hyderabad 46 C (115 F)
Jharsuguda 45.4 C (113.7 F)

In June the deadliest heat wave known to have occurred in Pakistan took place in the southern part of the country near Karachi. The death toll is unknown for certain, but may have reached more than 1000. It followed by several weeks the severe heat wave that struck India. The heat wave struck during the month of Ramadan which made the impact of the event more severe than it might have been. Unfortunately, city services were not in condition to cope with the heat.

Perhaps the most deadly heat wave of the 21st Century was that which occurred in Europe in August of 2003. Temperatures in France reached as much as 40°C (104F) and remained exceptionally high for two weeks resulting in nearly 15,000 deaths in that country alone. The death toll over Europe reached 35,000 at least and may have been as high as 50,000. A large contributing factor in the high death toll was warmer nighttime temperatures. Nighttime temperatures were much warmer than normal. As a result people without air conditioning could not cool down during the night. The heat stress accumulated over time.

Extreme heat waves also can devastate agriculture. In Europe in the heat wave of 2003 temperatures averaged 5.5°C (10°F) above normal. In Italy corn yields dropped 36% below average. In France fruit yields fell 25% and wine production 10%. Heat also affects the rate of plant pollination.

As the planet warms it can be expected that: (1) there will be more severe heat waves and (2) They will become hotter, more frequent, last longer, and occur in more varied places. New record high temperatures will be set for the planet As cities grow larger in area and population they will also experience increasing heat waves.


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Climate Change: Your Obligation to Future Generations

Fiddle While Earth Burns

Rome, i.e. Earth Burns

“Legend has it that while a fire destroyed Rome, Nero, the emperor, played his violin unconcerned about the city or its people”

By Linn Smith

Today, to fiddle while Rome burns has come to mean, “To do something trivial and irresponsible in the midst of an emergency.” Stephen M. Gardner said it best, “The time to think seriously about the future of humanity is upon us.” (From “A perfect Moral Storm: The Ethical Tragedy of Climate Change”) Gardner states that most people don’t care enough about climate change and its consequences, as we have not succeeded in placing restrictions to deter catastrophe in the next few years. In the meantime, the earth continues to warm due to the greenhouse effect, putting CO2 and other greenhouse gases into our atmosphere.

Survival in the Future

The problems of future generations will be a result of our careless choices today. These problems will result from today’s population pouring more and more greenhouse gases into our atmosphere. Gardner provokes us to ask ourselves the questions: Can the next generation survive? How about the next? And the next? If you knew for sure that your children and grandchildren could not survive due to your actions today, would you live differently? Or just live for today?

The Earth’s temperature continues to increase

Gas Vehicles vs. Clean Energy Vehicles

The latest news….a drop in gas prices. A drop in the price of gas means drivers save money at the gas pump and the sales of larger vehicles increase. Some see this decrease in gas prices as the ability to put more miles on their car. I’m here to remind you that you have an obligation for the survival of our planet! However low gas prices drop you still have a sacrifice to make, to future generations, to drive less or drive a clean energy vehicle, or take public transportation, bikes or some other means of cutting your carbon footprint. Today you can buy an EV conversion kit for most vehicles. Even though they are pricey, starting at around $7500 for the kit if you do it yourself, they are less expensive than a new electric vehicle depending on the type of vehicle you plan to convert.

Records a breaking

Records break as temperature increases.

Global Warming: Breaking Records

According to the National Oceanic and Atmospheric Administration (NOAA), the July 2019 global land and ocean surface temperature average was the highest for July since global records began in 1880 at .95 C (1.71 degrees F) above the 20th century average. This temperature passed the previous record set in 2016. Nine of the ten warmest Julys have been recorded since 2005. This past July 2019 was the hottest month recorded on earth since recording started. Along with heat comes drought and severe weather. The global average temperature for July 2019 was 62.1 degrees F. That is 0.05 degrees F higher than July 2016 which broke the previous record.

Climate change

Temperatures continue to increase.

Prediction of Future Heat Waves

National Geographic “Off the Charts Heat” by Stephen Leahy, states that, “Within 60 years hot days in the U.S. could be so intense that the current heat index can’t measure them.” Temperatures could be off the charts with 127 degrees or more, posing unpresidented health risks. His prediction is that “Between 2036 and 2065 more than 250 U.S. cities will experience the equivalent of a month or more per year on average with the heat index surpassing 100 degrees F, which is a conservative estimate because of urban heat islands.” My colleague and writing partner, Dr. John J. Hidore, thinks these predictions are very conservative.

Global warming

Less deniers?

The S.E. and Southern Great Plains will be hit the worst by global warming in the United States. Areas here could experience the equivalent of 3 months per year on average by mid century that would feel hotter than 105 degrees or more. Exposure to this heat could be tragic. It will change life as we know it!

Global Warming: Is there still time?

Stephen Leahy also gives hope by saying we still have time. If future warming is kept at 3.6 degrees F or less, the number of days above 105 degrees nationwide would be slashed in half. But the U.S. will still be significantly warmer. Even if current pledges to cut emissions under the Paris Agreement are met, global temperatures will still rise by at least 5.4 degrees F (3 degrees C) by 2100. Along with the heat comes droughts, wildfires, floods and other extreme weather. As population grows, food production will also be affected.

Do the next right thing!

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The Carbon Footprint of Eating Beef

Carbon footprint of beef

The Carbon Footprint of eating beef.

“Livestock production takes up more than half the agricultural land used by grazing and producing crops for feed.”

By Linn Smith

First of all, I would like to say I’m not a vegetarian, but I go great lengths of time without eating meat. I grew up on a farm in the Midwest where we farmed the land, milked dairy cows, grew our own food (which was frozen and canned) and raised our own chickens and beef cows (which ended up on the table.) I say “we” because my brother and I were in the fields from the time we were old enough to reach the pedals on the tractors, plus in the dairy barn after school.

As a preteen I came to the conclusion I would eat meat, but I wouldn’t eat a cow I knew or had named and bottle fed from a baby. These were the Black Angus steers we raised for beef. My mom, in order to get me to eat, would tell me she bought the meat on the table at the store. I know, this makes little sense, but it usually worked to some degree. I just didn’t eat much meat as a child.

Global warming

Eating beef and the global impact

Today, I do eat some meat, maybe a couple of times a week and some weeks none. But with climate change and growth in world population, I realize I have a responsibility to cut back eating meat even more.

At first I didn’t understand the huge impact raising beef was having on our planet, but now, unless you are a hunter and survive on meat from the wilderness (I have friends that do), then we need to understand the impact that raising and processing animals to put on our table has on climate change.

Carbon footprint of meat

Why reduce your meat intake?

The Impacts of Cattle Production

Raising cattle can be a multifaceted process and varies from ranch to ranch, but here are a few of the negative impacts on the environment and ecosystem of our planet:

1. Agricultural land usage: Livestock production takes up more than half the agricultural land used by grazing and producing crops for feed. According to The Bloomberg, in the United States in 2018, 654 million acres were for pasture or range usage, while 391.5 million acres were used to grow crops. The crops grown are used for animal feed, ethanol and other practices. Between pastures and cropland used to produce feed, 41% of the land revolves around livestock.

2. Deforestation due to raising livestock: Deforestation in the Brazilian Amazon has increased in the past several years and cattle ranching accounts for 80% of current deforestation rates according to an article by Yale University, “Cattle Ranching in the Amazon Region.” Even though there are better programs through technology to monitor deforestation in the Amazon, restrictions and laws are not always enforced.

According to Evergreen State University in Washington, deforestation for human purposes represents 20% of global CO2 emissions, more than the entire transit sector. To prevent this there needs to be zero deforestation and suppliers and buyers need to be held accountable for the buying and selling practices of cattle raised in South America and the resulting deforestation.

The global impact of eating beef

Climate Change

3. Impact on freshwater systems: 1800 gallons of water or more per pound of beef is needed to produce the meat that reaches the cooler in your nearby grocery store. That’s a significant amount of water! If human and animal consumption of fresh water is greater than the restoration of fresh water from rain, freshwater will be depleted. Agriculture, for use in feeding animals and humans, uses approximately 70% of our fresh water!

4. Pollution due to fertilizers: Fertilizers and pesticides are used on crops to feed the cattle. These chemicals are either excreted by the animal into the ground and waterways, or end up being deposited in the animal fat which, again, ends up in the cooler at your local grocery store and consumed by you.

Global Warming

The global impact of eating beef.

5. Processing and transportation of meat: With the massive land usage and food and water it takes to raise cattle, also comes the huge energy impact to our environment in the processing and packaging of meat and the transportation to get it on the shelf.

Greenhouses Gases and Eating Beef

Experts estimate that 14% of all greenhouse gases come from cattle production and the processing of meat. You can look at the current push towards meat from plants as a fad, or you can view it as a way to help save our planet. The choice is yours.

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Environmental Impact of Beef


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Heat Waves and Global Warming Combine to Produce Record High Temperatures

Sustainable living

It’s our responsibility to change.

“New record high temperatures will be set for the planet”

By Dr. John J. Hidore

Defining Heat Waves

At the time of this writing the northern hemisphere is experiencing widespread heat waves. When it seems unusually warm someplace there is a tendency to describe it as a heat wave. The reason is simple. Normal high temperatures vary greatly from place to place. So what would be defined as a heat wave in one location would not be appropriate for another location, perhaps one not even too far away. Perhaps an adequate definition might be, “A heat wave is an unusually warm or hot period lasting for days or perhaps weeks.” We associate them with summer but by this definition they can actually occur at any season.

At least one country makes a clear definition of a heat wave and that is Pakistan. India defines heat waves and uses different temperatures in different parts of the country to establish what constitutes a heat wave. In the plains regions temperatures above 40degrees C (104degrees F) constitute a heat wave. They also define a severe heatwave for this region as experiencing temperatures over 46degreesC (114.8degrees F).

Drought in India

Indian drought causes famine.

Indian Heat Wave of 2016: Prolonged and Widespread Extreme High Temperatures

India experienced unusually high temperatures this year. Temperatures were above normal most of the spring. Normally, the hottest months of the year are April, May, and June, before the summer monsoon rains begin. In May a severe heat wave alert was issued for several states. A severe heat wave is one in which temperatures of at least 117°F (47.2°C) occur. In the city of Philodi, in western India, unofficial temperatures reached 124°F (51°C). This is the highest temperature on record in India. Temperatures averaged above 104degrees F (40°C) over large areas. Some urban high temperatures were:

New Delhi 47 °C (117 ºF)
Churu 50 °C (122 ºF)
Philodi 51.°C (124 ºF)

The impact on the country was immense. More than 300 million people were adversely affected. Crops failed or were below average in 13 states in the last growing season. Thousands of farmers abandoned their farms. In places, the asphalt on the streets partially melted. At Bikaner, the streets were being sprinkled with water to reduce the heat. Some 17,000 villages had, or were facing water shortages. Several Indian states shut down schools to reduce risk to students. Heatstroke was a widespread problem and many deaths were reported across the region .Fortunately, the government responded in a variety of ways to reduce the suffering and mortality.

Indian drought

Global warming raises temperatures around the world.

Asian heat waves of 2015

This year a May heat wave in India claimed at least 2,500 lives. Heat waves are fairly frequent in India, but this was the greatest loss of life from a heat wave in over 30 years. Extremely high temperatures were reached in cities scattered over the country. Power outages were wide spread as a result of high demand for air conditioning. The city of Khammam recorded the highest temperature ever recorded there at 48o C (118.4 degrees F). Other high temperatures that were recorded were:

Allahabad 47.8 degrees C (118.0 degrees F)
Delhi 45.5 degrees C (113.9 degrees F)
Hyderabad 46 degrees C (115 degrees F)
Jharsuguda 45.4 degrees C (113.7 degrees F)

In June the deadliest heat wave known to have occurred in Pakistan took place in the southern part of the country near Karachi. The death toll is unknown for certain but may have reached more than 1000. It followed by several weeks the severe heat wave that struck India. The heat wave struck during the month of Ramadan which made the impact of the event more severe than it might have been. Unfortunately, city services were not in condition to cope with the heat.

Fossil Fuels

Coal and Oil Formation

2003–A deadly heat wave in Europe

Perhaps the most deadly heat wave of the 21st Century was that which occurred in Europe in August of 2003. Temperatures in France reached as much as 40°C (104oF) and remained exceptionally high for two weeks resulting in nearly 15,000 deaths in that country alone. The death toll over Europe reached 35,000 at least and may have been as high as 50,000. A large contributing factor in the high death toll was warmer nighttime temperatures. Nighttime temperatures were much warmer than normal. As a result people without air conditioning could not cool down during the night. The heat stress accumulated over time. Extreme heat waves also can devastate agriculture. In Europe in the heat wave of 2003 temperatures averaged 5.5°C (10°F) above normal. In Italy corn yields dropped 36% below average. In France fruit yields fell 25% and wine production 10%. Heat also affects the rate of plant pollination.

As the planet warms it can be expected that: (1) there will be more severe heat waves. and (2) they will become hotter, more frequent, last longer, and occur in more varied places. New record high temperatures will be set for the planet. As cities grow larger in area and population they will experience increasing heat waves.

Heat Waves


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Removing Carbon Dioxide from our Atmosphere

Carbon Engineering

Cleaning CO2 from our atmosphere.

“CarbonEngineering:“Commercialization of Direct Air Capture (DAC) technology that captures CO2 directly from the atmosphere at an affordable price.”

By Linn Smith

According to NASA, in a report from June 2019, CO2 in our atmosphere reached 412ppm (parts per million) which hasn’t been seen in human history. CO2 is the gas that we humans are rapidly releasing into our atmosphere, trapping heat similar to a greenhouse. It is a result of burning fossil fuels such as coal.

Fossil Fuels

Coal and Oil Formation

The Rise in Earth’s Temperature

Earth’s average temperature has risen 1.62 degrees F since late 1800’s, with most of the rise in temperature occurring in the past 35 years. The 5 warmest years have occurred since 2010! At this point in history the answer to survival of life on our planet is multifaceted. We must work to not only offset our personal CO2 emissions, but also seek ways of CO2 removal from our atmosphere before it’s too late
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Carbon Offsets

A carbon offset is an action everyone can take. It means compensating for your emissions in one part of your life by working to cut CO2 emissions somewhere else or contributing to programs that are working to combat global warming.

Unless you’re driving an electric or hybrid, an average car can emit about 5 tons of carbon dioxide into the atmosphere each year. Can you plant enough trees in your yard to offset your car pollution? Probably not.

There are many online sites that will calculate your CO2 footprint with recommendations to offset emissions, such as planting trees, or you can go to the EPA website and use their carbon footprint caluculator to calculate the carbon footprint of you and your family.

Clean Energy

Clean Energy: Make It a Priority!

Planting Trees to Offset Your Carbon Footprint

According to http://www.urbanforestrynetwork.org, “On average, one acre of new forest can sequester about 2.5 tons of CO2 a year. Young trees absorb about 13 pounds per tree each year. Trees reach their most productive stage of carbon storage at about 10 years, at which point they are estimated to absorb 48 pounds of CO2 per year.”

An MIT study states that the average CO2 emissions emitted per person per year in the U.S.. is 20 metric tons, compared to the world average of 4 tons.

Carbon Engineering

CO2 is turned into clean fuel.

Carbon Engineering

Jennifer Wilcox states in her TedTalk that we have the technology to clean up the atmosphere, but it has been too expensive until now. Companies are currently working to bring down this cost. One company, Carbon Engineering, www. carbonengineering.com, is focusing on “commercialization of Direct Air Capture (DAC) technology that captures CO2 directly from the atmosphere at an affordable price.” They do this in a “closed loop where the only major inputs are water and energy and the output is a stream of pure, compressed CO2 that can be stored underground or converted into fuels using AIR To FUEL technology.”

“AIR to FUEL uses CO2 captured from the atmosphere to synthesize clean transportation fuels. It uses renewable electricity to generate hydrogen from water, and then combines it with CO2 captured from atmosphere to produce hydrocarbon fuels such as diesel, gasoline and Jet-A, all with little or no fossil carbon emissions to the atmosphere. Individual facilities can be built to capture one million tons of CO2 per year which is equivalent to 250,000 average cars per year.”

Combating Climate Change

Cleaning our atmosphere

Carbon Engineering

Combating global warming

We all have a responsibility to do our part with no more excuses! We can’t wait for someone else to do it. For survival on earth, we need to stabilize the ppm (parts per million) of greenhouse gases in our atmosphere. The outcome of doing nothing about our changing climate is mass extinction of species, including our own, caused by extreme weather and our changing climate.

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Climate Change


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The Island of Greenland Responds to Climate Change

Climate change

The rapidly melting artic

“The melting of the ice on Greenland is significant!”

By Dr. John J. Hidore

There is no doubt that Planet Earth is warming relatively fast. Data of all kinds supports this allegation. The data include biological, geological, hydrological and climatological. The year 1880 has been established as the beginning of a period of accelerated warming due to the increased use of fossil fuels and a growing population. From 1880 to 1979, the global temperature increased 0.1°F (0.05ºC) above the pre-industrial average. By 2016, the global temperature had climbed 1.4°F(0.6ºC).

Arctic Ocean

Melting of the Arctic Sea Ice

Northern Hemisphere is Warming Faster than the Southern

Climate normals are periods of 30 years that move forward every 10 years. The current normal being used is that of the period 1980-2010. When compared to the 30 year global average for the period 1980-2010, the northern hemisphere is warming faster than the average for the earth as a whole. It is also warming faster than the southern hemisphere. The reason the Northern Hemisphere is warming faster than the southern Hemisphere is due to the fact that most of the earth’s land mass is in the Northern Hemisphere.

climate change

The exchange of energy is causing rapid arctic melting.

The Arctic Region is the Most Rapidly Warming Region in the Northern Hemisphere

The Arctic is the coldest region in the Northern Hemisphere. The region consists of the sea surrounding the North Pole and land that rings the sea. The arctic is warming faster than mid-latitude or tropical regions. It is warming more than twice as fast as the average for the earth. The reason for this is, as ice and snow melt on the fringes of the arctic, the ratio between reflection and absorption of solar energy changes drastically. In the winter the sea is covered by a veneer of ice and the surrounding land is generally covered by snow. With the onset of summer the increased solar radiation results in the melting of the ice and the snow melting off the land. The more snow and ice that melts, the faster the arctic warms. This change results in what is known as a positive feedback mechanism. More and more energy is absorbed rather than reflected or used to melt the ice. As the melting season lengthens the land and atmosphere above it warm faster than areas further south. While the Arctic is still the coldest region in the Northern Hemisphere, it is warming more rapidly than other areas.

Climate Change is altering the World’s largest Island

Greenland has the most extensive ice cover of any island on the planet. In much of the region the ice is more than a mile ( O.6 km) thick. The melting of the ice sheet has been monitored by satellite since 1979. The ice sheet normally starts to melt at the end of May. In 2016 the ice began to melt in mid-April. The higher temperatures resulted in early melting of the ice sheet. In the second week of June there was melting over nearly half of the ice surface. This was a record area of melting for this date. Part of the reason for the extensive melting this year was the light snow cover during the past winter. It melted fairly quickly allowing the sunshine and warmer air to increase melting in the older snow and ice beneath. How much melting occurs on any given day depends on wind direction and cloud cover.

The year of 2012 was the record year for total melting of the ice sheet. The town of Narsarsuaq recorded a temperature of 76.6°F. In that year there was a net loss of some 200 billion tons of ice.

Climate Change, Global Warming

Climate Change Affects Everyone!

Selected High Temperatures

2012 Marsarsuaq May 76.6 °F
2013 Manitsoq July 78.6 °F
2014 Kangerlussuaq Jan 73.8°F
2016 Nuwk June 75 °F

Spring temperatures came early to the Arctic this year. The island of Greenland experienced these early warm temperatures. Average temperatures exceeded normal by several weeks. In some areas the temperatures were as much as 40° F (22°C) above normal. The early warm temperatures have resulted in early and extensive melting of the ice sheet.

The melting of the ice on Greenland is significant because it is the major source of water for the current rise in sea level. If all the ice melted it is estimated that it would raise sea level approximately 24 feet (7.3 meters). Since data has been collected, in the early 1970’s, sea level has risen about ½ inch (1 ¼ centimeters).

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