Introducing myself – Shahid Ibrahim

Hello classmates!

My name is Shahid, however, I go by Sasha. I’m an interesting culmination of my experiences. I’m a third culture kid (or TCK), which means that I grew up in several countries. I’m half Pakistani, quarter Scottish and quarter German, though most of my childhood was spent in the Middle East and South Asia. Because of my early introduction to such different ways of living, I have this innate desire to fully embrace the culture I’m enveloped by. Many people think that I lived somewhat of glamorous childhood, but this couldn’t be further from the truth. I remain semi-envious of the stability that many of my friends have taken for granted, however, looking back I’m able to recognize how invaluable of an experience this all was.

Im 25 years old, working towards my Psych BS and am a super senior. This is my second semester on World Campus and I’m very much looking forward to getting to know all of you guys.

Im very creative, and in my spare time I love working on my writing, poetry, youtube channel, and on recording music. For me, recording is therapeutic and incredibly cathartic.

From this course I hope to learn more about the impact we, as humans have had on the earth. Climate change is becoming increasingly relevant and during our lifetimes many more initiatives to combat our impact on the environment will emerge. I’m fascinated by the incredibly complex and creative solutions that are already in the works. As individuals and as a society we will aggressively need to start thinking about our energy consumption, the materials we use and of useful ways to save and renew resources.

Best,

Sasha

The Need for Regulation

In a capitalist system of unregulated commerce, the market will adjust to environmental factors – but it will adjust too late.  When we run out of oil, the market will replace it with something else – but it will be too late.  In other regards of climate change, such as pollution, water and soil degradation, shortages, drought, hunger, loss of fisheries and forests: externalities for which an unimpeded capitalist system has no mechanism to combat. Furthermore, efforts to regulate economies in the interest of combatting climate change and reversing or preventing its detrimental effects must be a global one.

The Kyoto Protocol of 1997 attempted to do this, but lacked strict enforcement and universal inclusion.  The United States refused to sign the treaty, and achieving the emission reductions were mostly left to national discretions.  This is why the United Nations must be empowered to implement a cap and trade scheme – one that is international, and removes the possibility of “safe havens” for corporations to pollute.

The idea of cap and trade is less burdensome than a flat tax on carbon, and far more effective.  Businesses that emit more will have to pay more, and those that reduce their emissions will be financially rewarded.

The difficulty in implementing regulation lies in the still developing countries, who are going through the process of industrialization, and at the same time are being asked to participate in emission-reduction and other climate change-related initiatives.  These countries include China, India, Brazil, Indonesia, and to a certain extent, Russia.  The argument is that Europe and the U.S. created the climate problems that we had today, and that it is only fair that China and India have their turn to create Pittsburghs and Manchesters of their own as they industrialize.

Unfortunately, such equity is not possible in addressing climate change.  All countries must come together for meaningful work to be done.  It is fair, however, that industrialized countries contribute more, financially, than those who are still in the process of developing.

Sources:

http://unfccc.int/kyoto_protocol/items/2830.php
https://www.edf.org/climate/how-cap-and-trade-works
https://www3.epa.gov/captrade/

Climate Models May Overstate Clouds’ Cooling Power

Current research has shown that climate models are overestimating the effects of clouds on the cooling of the earth. If this research checks out, this will put a lot more pressure on politicians and regulators because warming will occur even faster. The article discusses how the clouds affect warming is based off of the mixture of water and ice in clouds. Data from a satellite shows that clouds have more water than ice and this causes a faster rate of warming. The reason this causes more warming is because as less and less ice is in clouds, there will be less capacity for the water to form. Water reflects sunlight back into the atmosphere causing warming to be slowed, so having less water in the clouds makes the earth warm faster. Recent studies that prompted this research have shown that climate models are incorrectly assessing the ratio of water to ice in clouds. The new research suggests that this incorrect cloud assessment could lead to an additional 1.3 degrees celsius of warming. Some climate change professionals say that the 1.3 degree change has to be taken with a grain of salt because no one knows the exact affect. It should be interesting to see what further research says and what noticeable changes happen in the next few decades.

Schwartz, John. “Climate Models May Overstate Clouds’ Cooling Power, Research Says.” The New York Times. The New York Times, 2016. Web. 24 Apr. 2016. <http://www.nytimes.com/2016/04/08/science/climate-models-may-overstate-clouds-cooling-power-research-says.html?_r=0>.

Global warming rapidly melts massive Greenland glacier

The article “Global Warming Rapidly Melts Massive Greenland Glacier” focuses on global warming in Greenland, when a massive glacier in the northeast region has melted and will end up raising global sea level by one foot and a half if it is melted completely. The article talks about how impressive the melting speed of the glacier was. On the other hand, scientists are not sure how long could it take for the entire glacier to melt and affect the planet, but they guarantee that according to recent events, it shouldn’t take long. These glaciers that have been melting in Greenland and other regions in the world are due to warming temperatures both in the sea and in the air. The ice part outside water melts due to the warmer air, and the ice inside the water melts due to the warmer ocean water passing by.

The article also talks about other ice sheets that are compromised due to this issue the world has been suffering lately. The two major ice sheets on earth are located in Greenland and Antarctica. The impressive fact about these two ice sheets is that it makes up to 99% of the freshwater ice in the planet. Global warming on the ice sheets can now be noticed by naked eye, and severe actions must be taken in order to control this situation in not only Greenland, but also other regions that are directly affected by global warming. Rising of sea level would cause a drastic effect in small islands around the world as well as cities located in the coast.

Reference: http://www.usatoday.com/story/weather/2015/11/12/greenland-glacier-melting-global-warming-climate-change/75661092/

 

IMF and World Bank just want carbon to be priced

UN delegates met last week in New York to further discuss the Paris Climate Accord initiated in December. The world’s two largest financial institutions are pushing national leaders to price the carbon emitted in their respective countries, either through a carbon tax or cap-and-trade. The article I read this in didn’t say that the banks favored one or the other (1), and neither do their webpages on carbon pricing.(3, 4). I thought this was interesting, because the two strategies, while they both price carbon, operate fairly differently and can lead to different results. As a means to achieve a certain level of GHG emissions, I’ve never understood the appeal of a carbon tax. It requires regulators to figure out what the price of carbon should be, so that the desired emissions levels are reached. Instead, in a cap-and-trade system, regulators set a cap on what emissions should be, and leave the market to figure out the price through supply and demand of allowances.

Although I am undoubtedly simplifying this to the argument’s detriment, with a carbon tax, a political body must rely on both the expertise of climatologists to pick a GHG emissions reduction goal that will ward off the worst of climate change’s effects and the expertise of economists to pick how high the tax should be to reach that goal. With cap-and-trade, you get to bypass the economists in that regard entirely. Although, if similar revenues are to be generated under cap-and-trade as under a carbon tax, economists are still very necessary in picking auction floor prices, whereas a carbon auction is not part of a carbon tax. I dunno! I have to read more about both of them.

  1. http://www.nytimes.com/2016/04/24/us/politics/carbon-pricingbecomes-a-cause-for-the-world-bank-and-imf.html?ref=politics
  2. http://www.imf.org/external/np/exr/facts/enviro.htm
  3. http://www.worldbank.org/en/programs/pricing-carbon

blog 12

Ashanti Thomas

April 24, 2016

Earth 103

Blog 12

Blog 12

 How does ancient climate inform us about future climate?

We can determine ancient climate by looking at tree rings, fossils, glaciers, and etc.

But to use ancient climate to determine future climate may be difficult. In an article titled “Ancient climate records ‘back predictions’one of the most prominent facts state, “Records of carbon dioxide in the atmosphere millions of years ago support current predictions on climate change, say scientists.” This shows that the fossils that have been preserved for 2-3 million years have helped to preserve evidence as well predicting our future climate because our rising CO2 levels are matching those of the past and the ones predicted. (BBC)

By comparing past climate records with recent climate records it is easier to see what climate changes are reoccurring or what changes are similar to the past and that is how you can use ancient climate to predict future climates.

http://www.bbc.com/news/science-environment-31131336

Wildfires, Burn Earlier and Longer

As reported by New York Times “Wildfires, Once Confined to a Season, Burn Earlier and Longer”, wildfires began to break out this year in late February. Like Alaska, many states have had an increase of wildfire during this year. This year alone, New Mexico has had 140 fires, doubling last year’s number. The fires have affected many areas; near the Colorado River, two recreational vehicle parks had to be evacuated from the area. Today’s wildfire season has become longer over the past years, not only in the United States but all over the world.

Many blame climate change for the events due to drier winters and warmer springs. As reported by Matt Jolly, an ecologist for the United States Forest Service, there are locations where the fire seasons last for the whole year. Alone in the United States, there were over 10 million acres that were burned, the highest ever recorded.

There are several wildfire academies around the country. At the Arizona Wildfire and Incident Management Academy, there are three separate types of training for firefighters. The academy prepares firefighters for today’s growing fires through a strategy called “indirect attack.” Unfortunately, the majority of environmentalists agree that the effects of global warming will only deteriorate, therefore assuming that the fires will also increase.

Paris Climate Talks

In December 2015, diplomats from 160+ countries met to discuss the looming issues of global warming and climate change. The New York Times has been extensively covering the results coming from this conference, as many of the countries begin to enact policies resulting from this conference. China, for instance, the largest polluter in the world, has pledged to either plateau or show decline in pollution by the year 2030, including stating that twenty percent of their energy will come from non-fossil fuel sources. China further committed to control public interest in future construction projects and industry with high amounts of pollution. Additionally, they pledged to set up a market for greenhouse gas quotas by 2017.

The United States pledged to cut emissions levels to more than 25 percent of 2005 levels by the year 2025. However, with The Donald looking like a possible president, this would be unlikely to occur, seeing as he does not accept the established science of human caused global warming.

The European Union vowed to cut emissions by forty percent by 2030, which seems possible given the fact that they are cutting them based on 1990 levels.

 

Paris Climate Accord Commitments by Country

The article I read this week laid out the commitments put forth by many of the world’s leaders in the Paris Climate Accord that was signed in New York last week. The major parties include the US, the EU, China, India, Brazil, and Indonesia. All of these global powers promise a reduction in carbon emissions ranging from 20-40% below some value no earlier than 1990. China, America, and the EU plan to accomplish this primarily by shifting away from coal to renewable energy sources, like India who plans to increase its solar energy generation by more than a factor of 30, while countries such as Brazil and Indonesia plan to stem the mass deforestation that occurs in those countries. Russia, unsurprisingly, has made no formal commitment to combat climate change. India was also one of the only countries to commit to a significant reforestation program. One thing I found both interesting and embarrassing was that no public official in China vocally denies climate change, while here in the US, two of the leading presidential candidates as well as numerous members of congress and the Supreme Court openly reject the science of climate change. Additionally, it is embarrassing that Obama’s major initiative to begin mitigating global warming has been stalled by complaints filed in the Supreme Court that cannot be ruled upon until a new Justice is appointed. Brazil and the EU also face potential political challenges that may cause them to fall short of their commitments.

Though many scientists criticize the pledges made as not being aggressive enough in combating global warming, it is a critical step in the right direction that I trust will be built upon and upgraded in the coming decades. The cooperation shown by the world’s leaders is truly inspiring as someone who is very concerned about our climate, and I look forward to what we will be able to accomplish in the future.

Source: http://www.nytimes.com/interactive/2016/04/21/science/paris-agreement-carbon-dioxide-global-warming.html?rref=collection%2Fsectioncollection%2Fearth&action=click&contentCollection=earth&region=rank&module=package&version=highlights&contentPlacement=1&pgtype=sectionfront&_r=0

Record Rising Temperatures

This week’s article was on how 2016 was showing record high global temperatures. According to the National Oceanic and Atmospheric Administration the months of January, February and March have already exceeded that highs from 2015. In addition, this March has also been the 11th consecutive month to show record high temperatures since the 1800’s. This continuous increase in temperatures have alerted the NOAA, NASA and Japan’s Meteorological Association because they have all came up with similar results on the earth’s rising temperature. After this realization, the organizations have gone to the United Nations to raise awareness of the global climate change. They have also discovered that the terms signed in the last treaty has not have the significant effects that were expected. The organizations brought up the example of this year’s El Nino Phenomenon. It brought heavier rains and warmer temperatures. Also, scientist predict is will release larger amounts of heat from the Pacific Ocean into the atmosphere which will cause irregular weather patterns.

In addition to El Nino, the Artic has also been showing record high temperature that have been about 6 degrees higher than normal. This can lead to record melting of Artic sea ice in the upcoming months. Dr. Trenberth, a scientist in the NOAA, says these new occurrences do not represent a “new normal” and it hard to predict how these changes will effect long term changes in the global climate. Overall, the rising global temperatures should be taken seriously and be closely monitored because no one is exactly sure how it will directly affect our species and all the ones that share this planet.

Schlossberg, Tatiana. “2016 Already Shows Record Global Temperatures.” The New York Times. The New York Times, 19 Apr. 2016. Web. 24 Apr. 2016.

Module 12 blog

If we want a sustainable future, are we better off letting the market (i.e., profits) control the decision making, or relying on some kind of a regulatory plan?

There is often the touting in politics of letting the invisible hand of the market decide how things are to be done, as though the market will always decide to do the right thing in it’s best interest. Which is nonsensical at best and deliberately misleading at worst. I know soda is bad for me. The Dr. Pepper I just drank had 250 calories in it and I loved it. Salad is good for me, and I don’t eat it. The market is comprised of people, people make bad decisions for their short term interest all the time.

Politically it’s provable that deregulating economic markets and energy markets would not help the economy. George Bush called it Voodoo economics, then as Reagan’s Vice- President denied that. https://www.youtube.com/watch?v=o8hnM6xNjeU But Bush was correct all along.

Fast forward to modern day and we have politicians debating the existence of facts because they get massive amounts of lobbying money, otherwise known as bribes, from fossil fuels, special interests, and generally not for the environment in their policies.

So keeping this in mind, and noting that the Richard Branson and Elon Musk kinds of billionaires are the exception rather than the rule, what reason could anyone believe that the markets will do the thing that isn’t immediately profitable, for future potential profits and sustainability, unless there was signifigant penalties and incentives to make them do this? I end this diatribe, with a relevant quote from Dr. Hunter S. Thompson, “Every GOP administration since 1952 has let the Military-Industrial Complex loot the Treasury and plunge the nation into debt on the excuse of a wartime economic emergency. Richard Nixon comes quickly to mind, along with Ronald Reagan and his ridiculous “trickle-down” theory of US economic policy. If the rich get richer, the theory goes, before long their pots will overflow and somehow “trickle down” to the poor, who would rather eat scraps off the Bush family plates than eat nothing at all. Republicans have never approved of democracy, and they never will. It goes back to pre-industrial America, when only white male property owners could vote.”

He wrote this during the time of George W. Bush as president. He’s been dead for eleven years and he’s still right in my opinion. Electing a new congress that will hammer through pro environment policies should be a top priority. Half the Great barrier reef is dying.http://www.independent.co.uk/news/science/great-barrier-reef-half-of-natural-wonder-is-dead-or-dying-and-it-is-on-the-brink-of-extinction-a6992411.html We can either attempt to reverse course on this mess or crash headlong into it. And the decision in this country rests with the electorate. Maybe expect that the worst will come to pass, because the  trees are not going to come alive and drown the fires in India and China like they did in Isengard. https://www.youtube.com/watch?v=l8WyXv7hQvE

GeoEngineering

Geo-engineering is the deliberate manipulation of physical, chemical, or biological aspects of the Earth system (AGU, 2012). This strategy is becoming necessary due to sluggish mitigation efforts that are not enough to slow climate change, let alone undo changes resulting from past emissions. As well as the predicted inability to manage climate change by adaptation alone because of the wide range of impacts such as sea level rise, species extinction, drought, flooding, increased hurricane activity, and more. According to an applied physicist at Carnegie Mellon University, “we’re at the point where it would be a mistake not to better understand what might be possible or whether it might work” (Engelhaupt, 2010). It is important to research how effective geo-engineering could be at reducing carbon dioxide concentration or exerting a cooling influence on Earth to reverse the temperature increase.

Examples of geo-engineering inventions include releasing sulfate aerosols into the stratosphere to mimic cooling associated with volcanic eruptions, releasing seawater into the clouds to increase albedo, and releasing iron rich fertilizer into the ocean to enhance plankton growth. Nevertheless, each of these inventions has associated side effects. None of these ideas have been tested in the real world due to uncertainty and lack of funding. Pumping reflective solid particles into the stratosphere could block 2% of the sun’s rays, reducing temperatures by 2 degrees Celsius, and in turn balancing the warming effect of doubling CO2 above pre-industrial levels. The cost however, $10 billion per year, along with the possibilities for acid rain, reduction of rain during Asian and African summer monsoons, and slowing recovery of the Antarctic ozone hole by 30 years, make this a great idea if the damage for some is worth a 2 degree cooling. The problems associated with manipulation of clouds include impacts to precipitation patterns. Cloud seeding leads to uneven precipitation rates that could leave the equator dry and Amazon flooded, but could also cool the Artic enough to restore disappearing sea ice. Injecting the ocean with fertilizer to enhance growth of plankton that in turn ingests CO2 is the only invention out of all discussed that has been implemented. Geo-engineering has not received adequate attention and funding that could reduce the negative side effects and optimize the positive effects on the Earth system.

There is no question that concentration of CO2 will continue causing temperature rise if mitigation, adaptation, and/or geo-engineering strategies are not executed. Mitigation strategies might include finding ways to limit warming, flooding, and drought. However, there is damage that cannot be reversed with mitigation or adaptation alone. Geo-engineering has the potential to help society cope with climate change and the risks of adverse consequences. More funding is needed to support geo-engineers in finding ways to optimize cooling, while limiting additional negative impacts to the Earth system.

Engelhaupt, Erika. “Engineering a Cooler Earth.” JSTOR. Science News, 5 June 2010.        Web. http://www.jstor.org.ezaccess.libraries.psu.edu/stable/pdf/25677901.pdf?acceptT C=true

 

“Geoengineering Solutions to Climate Change Require Enhanced Research, Consideration of Societal Impacts, and Policy Development.” Science Policy. American Geophysical Union, 13 Dec. 2009. Web.   http://sciencepolicy.agu.org/files/2013/07/AGU_Geoengineering_Statement.pdf

Celebrate Earth Day With a 4,800-Year-Old Tree (If You Can Find It)

Earth day was this past week, so I thought it would be fitting to write about the celebration of the relatively new holiday by taking a look into the world’s oldest known tree. The tree is in Inyo National Forest and is a bristlecone pine. The name is Methuselah and it is approximately 4847 years old. You will not easily be able to find a picture of the tree as it is so well protected by the National Forest. The protection of a tree may seem excessive by some, but it is done for good reason, since many people are more interested in carving their initials into it than preserving it for the appreciation of the world. Another reason the protection is necessary is that another tree (which was even older) named Prometheus, which had the crown of the oldest tree previously, was cut down during research by a graduate student in 1964. Coincidentally, he was doing research on “the effects of climate change on receding glaciers by measuring their influence on the size of the rings of ancient pine trees” as we have studied recently in class. As ridiculous as it sounds, he felled the tree to retrieve a tool that he had gotten stuck in the trunk of the tree. It was about 4900 years old when it was cut down. Thankfully, he got his tool back though. Now these trees are much more heavily guarded by the forest service and details of the locations are heavily restricted. If someone does get the opportunity to see them in person, they are magnificent because of how wide they are and even more so, knowing that they only grow 1/100th of an inch on a good year.

Source: http://www.nytimes.com/2016/04/23/science/earth-day-worlds-oldest-tree-bristlecone-pine.html?rref=collection%2Fsectioncollection%2Fscience&action=click&contentCollection=science&region=rank&module=package&version=highlights&contentPlacement=1&pgtype=sectionfront&_r=0

Geoengineering is a Plan B for Climate Change

As global temperatures continue to rise due to anthropogenic climate change, there is a need to stop or slow this warming trend. Mitigation and adaption attempts have fallen short when it comes to climate change and the warming needs to be stopped before earth reaches the 2°C tipping point of no return. Previous studies have shown geoengineering provides the means to stop or slow the warming. Literature on geoengineering has determined the best solution to climate change is mitigation, but geoengineering is a secondary plan that may be used if mitigation attempts do not succeed.

Through solar radiation management, geoengineering can lower global temperatures.  Reflecting incoming solar radiation back into space using cloud seeding and stratospheric aerosols will lower radiation reaching earth’s surface and lower temperatures. Geoengineering will be effective at lowering global temperatures, but it is not a solution to climate change. Geoengineering offers extra time until carbon emissions are cut so the earth will not enter a new stable state due to rising temperatures. The best way to combat climate change is through a dual mitigation and geoengineering strategy. All in all, geoengineering is a plan B for climate change, but it could have unintended consequences in the future and that’s why mitigation should be the world’s primary focus.

Resource:

http://www.slate.com/articles/technology/future_tense/2016/01/solar_geoengineering_is_not_a_quick_fix.html

The “I like warm weather” effect

Global Warming is occurring at a rapid rate and yet people believe it is a minor issue in the United States.  This can be contributed to a common phrase for people who do not want to address Global Warming “I like warm weather so how can Global Warming be bad”.  People overall enjoy a more mild winter that has been contributed to with Global Warming.  According to a study eighty percent of Americans live in places that have better climates than 40 years ago.  In this period summer temperatures have risen slightly with a decrease in humidity, while winter temperatures have risen drastically, causing people to enjoy warmer winters.   Since Americans associate daily weather, this will have a negative effect on convincing people global warming exists.  The other issue is the trend of warmer winters and slightly warmer summers will change later in the century when it is to late to address climate change.

To counteract this issue global warming should not be talked about in warming temperatures, but instead about the temporary/short lived positive weather effects.  We should also talk about the increase in severity in storms, since humans understand the impact on the economy of storms.

-http://www.nytimes.com/2016/04/24/opinion/sunday/global-warming-feels-quite-pleasant.html?rref=collection%2Ftimestopic%2FGlobal%20Warming&action=click&contentCollection=science&region=stream&module=stream_unit&version=latest&contentPlacement=2&pgtype=collection&_r=0

Are Earthquakes in Japan and Ecuador Related? The Science Says No

This article talks about two recently striking earthquakes.  Earthquakes of magnitudes exceeding 7.0 struck Japan and Ecuador just hours apart on Saturday.  The two however are not related.  The two quakes occurred about 9,000 miles apart. That is too much of a distance for their to be a connection.  Large earthquakes can, and usually do, lead to more quakes; however, this is only if they are in the same region, or along/near the same fault.  These are called aftershocks. Sometimes a large quake can be linked to a smaller quake that occurred earlier, called a fore shock.  In the case, seismologists believe that several magnitude-6 quakes in the same region on the previous day were fore shocks to the Saturday event.  It turns out that the two earthquakes actually aren’t similar.  The magnitude 7.8 in Ecuador was what would be considered a classic mega thrust event.  A mega thrust quake occurs in the boundary zone where one of the planet’s tectonic plates is sliding under another which is the process of subduction.  Even though two 7.0 plus earthquakes occurred within the same day, this doesn’t mean that earthquake activity is increasing.  The geological survey, which monitors earthquakes around the world, says the average number of quakes per year is remarkably consistent.  For earthquakes between magnitude 7.0 and 7.9, there have been some years with more than 20 and others with fewer than 10, but the average, according to the survey, is about 15. That means that there is more than one per month, on average, and by chance, sometimes two quakes occur on the same day.  There are earthquakes occurring every day that people do not notice due to the fact that they are occurring in the ocean.  I think this is an article that shouldn’t alarm us but it is definitely good that we keep record of when earthquakes occur and continue to study them.

References:

Fountain, Henry. “Are Earthquakes in Japan and Ecuador Related? The Science Says No.” The New York Times. The New York Times, 17 Apr. 2016. Web. 20 Apr. 2016.

2016 Already Shows Record Global Temperatures

2016 is already proving to be the hottest year to date, with only January, February and March behind us. Each of these three months were hotter than they were in 2015. The El Nino that occurred this year is also responsible for the increase in temperatures as well as the abnormal weather patterns that were witnessed. The El Nino was reinforced by climate change, but is now, fortunately, coming to an end. Scientists compared this El Nino to the most recent, record-breaking El Nino that occurred from 1997 to 1998. This was used to differentiate the temperature increase from climate change or from the El Nino. Their findings revealed that this El Nino was an additional 0.8 degrees higher than the one recorded in the late 90’s.

The combination of both the El Nino and global warming does not show a bright outlook for escaping climate change and rapid increases in heat. Scientists fear that this new heat will melt the Arctic sea ice in the upcoming summer. The 1.5 degree threshold that was set at Paris this past December is already being threatened. One research and scientist stated that, “I don’t see at all how we’re going to not go through the 1.5 degree-number in the next decade or so.” 2016 is already looking like an ominous year for climate change, and it is only a third of the way finished.

References:

Schlossberg, Tatiana. “2016 Already Shows Record Global Temperatures.” The New York Times. The New York Times, 19 Apr. 2016. Web. 19 Apr. 2016.

Blog 12 – Are Carbon Taxes Effective?

Big businesses are asking world leaders to do more to address climate change. The top executive from these companies – BG Group, BP, Eni, Royal Dutch Shell, Statoil and Total – called for a tax on carbon emissions. What they are asking for is for an efficient and predictable policy to limit greenhouse gas emissions. Thus, a carbon tax would raise the price of fossil fuels, with more taxes collected on fuels that generate more emissions. The objective for this tax is to reduce demand for high-carbon emission fuels and increase demand for lower-emission fuels like natural gas, solar, wind, nuclear and hydroelectric that would face lower taxes or no taxes. The tax must also be applied to imported goods from countries that do not asses a similar charge on the use of fossil fuels. In the United States, federal and state taxes on gasoline and diesel are effectively carbon taxes. Yet, at the federal level these taxes have not increased since 1993.

However, not all the businesses agree with these taxes. This is why Christopher Knittel, an expert on energy economics at the Massachusetts Institute of Technology, says that a properly calibrated carbon price in the United States could effectively replace all the climate-related regulations businesses do not like, including renewable fuel mandates and President Obama’s Clean Power Plan. That would create a clear incentive for businesses and consumers to use less fuel, invest in efficiency and switch to cleaner energy. The only other necessary action, in Professor Knittel’s view, would be more government support for research and development to accelerate the quest for new energy technologies.

References:

  • (2015, June 06). The Case for a Carbon Tax. Retrieved April 19, 2016, from http://www.nytimes.com/2015/06/07/opinion/the-case-for-a-carbon-tax.html
  • Porter, E. (2016, March 01). Does a Carbon Tax Work? Ask British Columbia. Retrieved April 19, 2016, from http://www.nytimes.com/2016/03/02/business/does-a-carbon-tax-work-ask-british-columbia.html

Module 11

To help conserve endangered species like birds, we would have to work on not affecting the environment we live in. For example when we do not recycle we have to cut down twice as many trees to make up for product demands. That is destroying birds habitats.

people could recycle or buy products that do not affect the earth, such as natural and organic foods and products. Avoid supporting buying souvenirs that are made from these endangered species. Or even try planting simple trees or flowers on your property to help provide a simple home for a small bird.

http://www.endangered.org/10-easy-things-you-can-do-to-save-endangered-species/

You can easily help to protect endangered birds right in your backyard, by planting. In everyday life you live try to keep your animals like cats because even if they are domesticated they are still natural hunters and will hunt and kill birds when they are outside roaming freely.

Conservation of Coastal Habitats

In considering the best way to safeguard the bird population, the most important aspect is their habitat.  If a birds habitat is destroyed, as is often the case, the bird has little chance of survival.  Yes, banning hunting in places where the population is threatened is important, as is protection of the nesting period and protection of their food supply – but habitats are the root of many of these secondary priorities.

In particular, coastal habitats are perhaps the most at risk to degradation, by nature of them being a shared bird-human habitat.  The Audubon Society counts this specific relationship as one of its five core efforts in protection of bird populations.  I have seen this often, as the Audubon Society has a wildlife preserve and education center in Wellfleet, Mass. (on Cape Cod).  The efforts of this group to protect birds that are nesting on the coast and preserve the dunes and grasses that they rely upon for survival, despite the relentless efforts by humans do degrade these natural habitats.

In protecting natural habitats, a combination of wildlife preserves and responsible sharing is the best path forward.  The Audubon Society cites “sharing our seas and shores” as its goal for marine bird preservation, one that is meaningful in conjunction with preservation of those shared habitats.  The key to all other defense and preservation of birds is protection of habitat, after which several other secondary efforts can be made to truly safeguard these populations.

https://www.audubon.org/conservation

Russia Denies Climate Change

Russia has long been at odds with the United States over various issues, dating back many decades. Most of this has to do with Putin and his divisive world views. Putin, for example, strongly denies the evidence supporting global warming and climate change, and does his best to keep it out of mainstream Russian media, according to this article. Putin’s opinions on climate change mimic it as a joke, with claims as outlandish as global warming being good because it will reduce spending on fur coats and increase grain production. Critics of Putin claim he believes the evidence is fraudulent and has the intention of economically restricting industrial countries like Russia. Grist author Katie Herzog believes that this could have a lot to do with money, and the recently breaking Panama Papers could back this statement up. The Panama Papers link enormous amounts of money to close advisers and friends of Putin with no explanation for how they came up with the money. For instance, payments of up to $200 million to a cellist and totaling $2 billion to Putin’s inner circle, with very little reasoning behind them, have been found. While it’s merely speculation now, these payments very easily could have come from oil tycoons, and with Russia being the largest producer of oil in the world, this seems logical. And seeing as retreating ice caps open up new areas for oil exploration, this seems to be a solid connection.

Russia takes a skeptical approach to climate change thanks to Putin

The article “Russia takes a skeptical approach to climate change thanks to Putin” talks about the reaction of Russia regarding a topic that has been debated a lot in the past few years: climate change. Due to its geographic location, which is close to the Artic, Russia is one of the countries that can get most affected by climate change and therefore the rise of sea level. Most people would think that because of this, people in Russia are really worried about it and are trying to figure out a way to fix this issue, right? But the answer is no.

Russia’s president, Vladimir Putin, is trying his best to avoid Russian citizens to obtain more knowledge regarding this issue. After a visit to the Arctic in 2010, Putin was able to see retreating ice caps all over the place, but he still believed that the reason for climate change is not human activities. Putin believes that climate change is occurring naturally and humans are not related to it. It is said that one of the reasons why he believes this is because Putin is just plain delusional. Another good reason is because money. With climate change and the rise of sea level occurring in the world, polar ice would melt. With that happening, new areas of oil exploration would be opened near Russia, and the country would end up getting benefited by that. People are claiming that Putin should stop thinking about money and start realizing that the world’s future is in risk.

Reference: http://grist.org/article/russia-takes-a-skeptical-approach-to-climate-change-thanks-to-putin/

Higher Sierra Nevada Snowpack May Not Solve California’s Water Crisis

Earlier in the semester I posted about the severity of California’s water crisis and the measures the state’s governor had made to mitigate it. Last year the snow pack in the Sierra, which comprises nearly a 3rd of CA’s water source, was a mere 5% of the average. This year, thanks to the strong El Nino in the eastern Pacific, the snowpack was up to 87% of the average. [1] This seems at first glance to be a great improvement, and as though it could significantly aid Californian’s in their need for water. However, this is not necessarily the case for several reasons, which are enumerated in the article from the New York Times cited below. First and foremost, the majority of this snowpack is unlikely to be of help to the southern half of the state, which is typically drier to begin with. Second, as global warming progresses we are seeing higher proportions of the winter precipitation falling in liquid form as opposed to snow, causing more to run off quickly rather than be released slowly during spring time melting. Lastly, and coincident with my project topic for another class, the decrease in natural wildfires has lead to an average of 500% increase in trees per acre, which diminishes the water supply both through uptake for growing and proximate melting from the heat they give off. The primary message I took from this article was that despite having significantly more snowpack this year compared to last, Californians cannot afford to relax their water saving strategies in the face of global warming.

  1. http://www.nytimes.com/2016/04/12/science/california-snow-drought-sierra-nevada-water.html?rref=collection%2Fsectioncollection%2Fearth&action=click&contentCollection=earth&region=rank&module=package&version=highlights&contentPlacement=2&pgtype=sectionfront&_r=0

Zambia and Climate Change

This week’s article was about how climate change has been affecting the Kariba damn in Lake Kariba, Zambia. This specific damn has always been a seemingly limitless source of electricity to Zambia and it neighbors but things have been changing. Over the last server months, a severe drought that has been magnified by climate change has cut water levels to record lows. The damn is producing so little power that blackouts have been occurring and hurting the nation’s businesses. The problem is that for the past decade, Africa has been seeing much growth, but this drought is crippling multiple economies so bad that they have to reach out to the International Monetary fund for help. After seeing this issue, even David Kaluba, The coordinator of the government’s Interim Climate Change Secretariat said climate change is causing major issues in Zambia. In addition, the problem will not stop here. According to the Intergovernmental Panel on climate change, Africa is expecting to warm up faster than the global aver over the next decades. This means that Zambia is going to need to find new ways to produce electricity for its ever growing population.

 

Relocating Ecosystems Due to Climate Change

As most people know, climate change threatens plants and animals alike. It can raise sea levels and scorch already hot desert sands. As temperatures increase, plants and animals will try and move to reach their preferred climates that are moving ever north, but they may not be able to move fast enough. One idea to help prevent entire ecosystems from going extinct is to actually pick them up and move them.

In New Zealand where some native plants were in the way of a new coalmine, they picked them up and placed them in the location of an old coalmine. This is called ecosystem-scale translocation. This already exists for coal mining so the same principle can be used for climate change. The only question that comes into play is which ecosystems should be moved first as climate change is variable across the planet. In addition, some ecosystems are more prone to stress when moved and moving a new ecosystem should not affect an already existing ecosystem in the same location.

While this does not solve the problem of climate change, moving an ecosystem could provide the planet with extra time to move to more renewable sources of energy while maintaining ecosystem biodiversity.

Resource: http://theconversation.com/climate-change-threatens-entire-ecosystems-lets-pick-them-up-and-move-them-57121