The Professor as a Pretender. If so, how do they affect the quality of public policy?
The perceptions of what a professor is thought to be tends to be wrapped up in the narratives of public images around certain ‘pop’ individuals who have developed through history and fiction.
Take for example when someone uses the term “Einstein”. The term “Einstein” is now a persona meaning someone who is brilliant, a brilliance almost untouchable for the ‘average man in the street’. It also allures to that person having a sense of pragmatism in solving ‘unsolvable’ problems.
The “professor” played by Russell Johnson in the long running TV series Gilligan’s Island, showed a professor as a technically competent man, although socially awkward around others. In the series, the professor could invent all sorts of marvelous inventions that made life on the island easier, However, he could not build the one thing all the castaways wanted. Weird Al Yankovic in his parody song Isle Thing pointed out that “he (The professor) couldn’t even build a lousy raft”. One of the ironies about the professor in Gilligan’s Island, is that he wasn’t a university professor as most thought, but a high school science teacher and scoutmaster.
There have been numerous other fictional professors over the years portraying traits that people associate with the ‘professorial institution’. Some examples of these are absent-mindedness (Professor Ned Brainard – The Absent Minded Professor), vigilant (Professor Michael Faraday – Arlington Road), Nerdy, unkept, introverted, and accident prone (Professor Julius Kelp – The Nutty Professor), imperious, respected, and even feared (Professor Charles W. Kingsfield Jr – The Paper Chase), and cowardly villain (Dr. Zachery Smith – Lost in Space) .
Through the above personic metaphors, professors are seen in society as both a good and bad influence.
So what does the institution of ‘professorial’ position constitute today? Do the professors fulfill public perceptions, or are they pretenders?
Professors preach to both their students and the world from sheltered ‘ivory towers’ that in many cases are bastions of ‘old school tie’ cliques. This environment, it could be argued, disconnects them from the rest of the world.
Statistics show that very little university research ever becomes commercialized, and thus new innovative intellectual property generated has little social or enterprise value. Many pieces of research end up being solutions that seek a problem. The comfort zone many university professors exist within blind them to potential opportunities.
Some of the most compelling evidence is the failure of so many complacent academics to see the gravity of the 2008 financial crisis. This led Queen Elizabeth to ask the question of economists on her visit to the London School of Economics. Professor Tim Besley replied on behalf of LSE and admitted that the economic fraternity “lacked any collective imagination” to see the extent of what was coming.
Nouvelle persona of academics see the entrée of celebrity academics or ‘super professors’ as coined by Richard miles, who are media savvy and public personalities in areas adjunct or even totally unrelated to their discipline. One recent article in the Australian website The Conversation suggests that professors are poor communicators in their disciplines, and the advent of these celebrity super professors are a very positive trend in changing academia.
So let’s make a few observations about this crisis in professorial leadership of the academic world.
1. Professors appear to become tenured more through who they know rather than what they know. Academia is closed and cliquey, protecting itself from outsiders who are not of similar background. University boards and Senates make rules about who can become one of the professorial clergy, and it won’t be anybody who doesn’t fit the script.
2. Many, if not most professors when they retire, really retire. Very few ever stay in public life, continue with research, or enter private enterprise. This is a let-down from such an supposedly bright and intellectual group.
3. Very few professors actually do the work that the public perceive them to be doing. Teaching professors take classes not unlike high school teachers. Administration professors run faculties not unlike managers. Its only the research professors who tend to research, invent, and take post graduate research students under their wings, and further society’s knowledge through both fundamental and applied research. Research professors however constitute only a very small percentage of the total professorial population. However research professors don’t fare well to the output of researchers based in the corporate world.
4. Most professors have a very narrow area of expertise that hinders holistic approaches to solving problems and making contributions to public society. Professors may be able to excel in very narrow areas, but it appears to be others who take up these ideas and apply them for public benefit. This issue has been so limiting on innovation, that an international innovation initiative has just been launched to improve the capacity of academia to be innovative along with other partners in society.
5. Many professors contribute towards making public policy. Professor Jeffrey Sachs with much superstar fanfare, with supporters such as U2s Bono formulated the Millennium Development Goals to supposedly eradicate poverty from the planet. However this policy has been heavily criticized as lacking initiatives to create any sustainable development. Others argue that these Millennium Goals were developed without much consultation by an elite group of people with little knowledge and experience of developing countries, where consideration of local conditions in various countries and regions was basically ignored. Yet others argue that technocrats (professors) arbitrarily put development over human needs without any discussion and debate over what is really needed. Many professors on reputation alone are able to impose their own policy ideas upon society, without actually having the knowledge and experience to yield such influence in solving world problems. Putting it another way, reputation allows them to escape scrutiny.
6. It could be argued, that with the rigid bureaucratic structures and mechanistic processes that are employed within university organizations, institutes of higher learning are actually the antithesis of intellectualism. Universities are protected bastions from the events and pressures of everyday society, which partly effects the ability of those within these institutions to make contributions to the betterment of the practical world out there.
This validates the pretender metaphor and highlights a problem in world academic leadership, especially in the area of contribution in public policy.
Perhaps it is now time to look at how to restructure the academic hierarchy to promote the development of multidisciplinary academics who can lead academia into the 21st Century. Maybe it’s time to stand aside the masters of any single discipline for those who are ‘jacks of many trades’, and thus more relevant to the needs of contemporary society.
A ‘professor’ is only a temporary title, which has been expanded with new terms like ‘honorary professor’. It’s based on tradition and governing regulations that keep the institution an exclusive club rather than an arsenal of intellectualism that can be utilized to assist society. A new category of academic is required. Thus academia is required to look inward upon itself to redefine the positions in the hierarchy to reflect the great need of ‘new paradigms of wisdom’ required to solve the world’s problems.
This is very necessary if public policy is to shed it’s uni-dimensionality, where ‘out of the box’ creativity can be drawn upon to create future policy roadmaps.
Climate Risks: Wildfires, Glacier Melt, Coastal Flooding … A Beautiful Antelope
California wildfires are again in the news as the Kincade Fire now raging risks 50,000 people, who have been evacuated. It might come as a surprise but there have been 41,074 wildfires compared to 47,853 in 2018 for the first nine months of the year. Blame the downslope Santa Ana winds for fanning them. Fires can occur naturally through lightning strikes but these days some 90 percent are due to human carelessness: discarded cigarettes, unquenched campfires and the like, all exacerbated by a warming climate. Killing 85 people, the deadliest wildfire in the state’s history seemed to have been caused by Pacific Gas and Electric power lines (although it is still under investigation), and they are suspected in the present Kincade Fire. Wildfires do clear brush — 4.4 million acres burned off this year — ensuring a worse fire will not occur in the future.
As can be expected, such fires also place property at risk. California, Texas and Colorado have the highest numbers of properties at risk, while Montana and Idaho are tops in percentage terms; in Montana 29 percent and in Idaho 26 percent of properties are in the danger zone.
If the west is prone to wildfires, the east has an opposite problem: flooding. Sea levels are rising. The Greenland ice sheet holding enough water to raise the water line by 7 meters is melting. Scientists estimate two-thirds of the ice loss is due to glacier calving as chunks of ice detach from the 300 odd outlet glaciers that end in the fjords. As reported in Science magazine recently, (October 11, 2019), Helheim, a major glacier responsible for 4 percent of Greenland’s annual ice loss is being observed by a team headed by Fiamma Straneo of the Scripps Institution.
In severe retreat since 2014, the glacier has reduced “by more than 100 meters, leaving a tell-tale ring on the rock around the fjord.” This summer its water temperature is 0.2C above the previous high in a relentless rise. Also the data collected will improve mathematical modeling to predict future consequences.
Coastal flooding on the East Coast has been noted by the New York Times (October 8, 2019) in a feature article, As Sea Levels Rise, So Do Ghost Forests. Trees in coastal areas are dying off due to frequent total incursions of saltwater.
An excellent estimate of coastal flooding on the East and Gulf coasts, Encroaching Tides, was prepared by the Union of Concerned Scientists a few years ago. Sober reading, it forecasts coastal innundation over the next three decades. It talks about adaptation to the new norms, the responsibility of Municipalities, States and the Federal Government, sea walls, economic consequences, and a retreat from heavily impacted areas. Is anybody listening, and when they called for reducing emissions was the US listening?
When more than 190 countries signed up to almost all of the rulebook buttressing the 2015 Paris Agreement, it made the 24th International Climate Conference in Katowice, Poland (Dec 2018) a major success. This December the 25th International Climate Conference will convene in Santiago, Chile. A primary issue before it is how to avoid double counting i.e. counting the same emission reduction more than once. Countries have so far failed to reach common ground on how to avoid it despite the threat to carbon markets underpinning the Paris Agreement. Is bashing heads together in Santiago one answer?
Meanwhile on the top of the world, inhabiting the Tibet plateau, the beautiful and majestic chiru or Tibetan antelope, once in trouble from excessive poaching and then recovering, is at risk again. This time it is due to climate change. It has caused excessive melt and a burst natural dam that used to surround Lake Zonag right beside their calving site.
Satellites record second lowest Arctic sea ice extent since 1979
The polar oceans are among the most rapidly changing oceans in the world. The yearly cycle of the build-up and melting of Arctic sea ice is one of the earth’s vital signs and a key climate variable monitored by scientists.
While they may be far from the world’s major population centres, changes in the polar regions have global implications: they affect the world’s climate through carbon storage and/or release, heat balance, and other environmental and ecological impacts.
One of the most visible indicators of this change is the reduction in the extent of Arctic sea ice by the end of September each year.
Since 1979, scientists have observed a decrease in the extent of Arctic sea ice in all months of the year. The September minimum extent is 36.5 per cent smaller in the period 2010–2019 than it was in the 1980s.
In a recent Intergovernmental Panel on Climate Change report (IPCC, 2019), scientists observed a reduction trend of 12.8 per cent (± 2.3 per cent) per decade. With 4.1 million square kilometres, the 2019 minimum arctic sea ice extent is the second lowest (after the record low of 2012) since the beginning of satellite monitoring in 1979. This rate of decline is likely (between a 66 per cent and 90 per cent probability) to be unprecedented in at least the past 1,000 years.
Under a scenario of global heating of 1.5°C above pre-industrial levels, by the end of the 21st century, the Arctic ocean would only be ice-free in September once in every 100 years. Under a global warming scenario of 2°C, this would occur as much as one year in three, according the IPCC.
Loss of sea ice increases global heating. White snow reflects sunlight, whereas water absorbs it. Declining Arctic sea ice, therefore, amplifies the warming up of the Arctic. Temperatures increased by around 0.5°C per decade between 1982 and 2017, primarily due to increased absorbed solar radiation accompanying sea ice loss since 1979. This is twice as fast as the global average.
Not only is the extent of Arctic sea ice reducing, but it is also much thinner, and scientists observe a transition to younger ice. Five-year-old sea ice has declined by about 90 per cent since 1979.
This has several impacts. It reduces the reflection of light, thus contributing to thermal expansion of the oceans. The change in Arctic sea ice extent may influence mid-latitude weather, and it may affect the regional composition of species, their spatial distribution, and the abundance of many marine species, with impacts on the structure of ecosystems.
For instance, reduced ice cover is adversely affecting the habitat of polar bears which now need to travel greater distances and swim more than previously, particularly threatening young cubs.
While the science tells us that global heating is happening, the exact impacts on fragile habitats and ecosystems are much harder to predict.
“There is an urgent need to reduce our greenhouse gases emissions,” says Peduzzi.
Dying Wildlife on a Warming Planet
Authors: Meena Miriam Yust and Arshad M. Khan
The emaciated polar bear, a sorry remnant of magnificence, raiding garbage cans in an iconic, even infamous photo, is one consequence of global warming. As the September (2019) National Geographic cover story displays depressingly, Arctic ice collected over winter is sparser, thinner, and now disappears completely during summer in parts of Canada. If the effects of global warming are staring us in the face, then only the woefully or willfully ignorant – like Trump – can ignore them.
One more aspect of warming on Arctic ice has been reported recently. As we know, two-thirds of an iceberg lies under water. As sea water warms, melt increases and scientists have made measurements to discover that submerged parts of icebergs and glaciers entering the sea are melting significantly more than was previously believed, contributing to rising sea levels.
Researchers are warning that permafrost collapse in the Arctic is releasing nitrous oxide, methane, and carbon dioxide. The store is vast: nearly 1,600 billion tonnes of carbon lies trapped in the frozen soils of the permafrost region as a result of decaying organic matter over millennia. That is almost double the quantity in the atmosphere.
The environmental costs of global warming appear in yet other unexpected ways. A new paper in Science reports the threat to coral reef reproduction. Free-spawning marine species synchronize spawning as a way to ensure reproduction. In this way the gametes developed are so numerous that some escape their predators, ensuring species survival. Global warming is now affecting this reproductive synchrony, threatening coral reef recovery.
Rising ocean temperatures impact fish, plankton and crustaceans, in turn affecting the creatures that feed on them. So now sea birds, like the puffin, are struggling to stay alive. These are striking birds with black and white plumage, bright orange legs and feet, and, during the mating season, orange beaks. This past May, it was estimated that between 3,150 and 8,500 puffins starved to death in the Bering Sea, their emaciated bodies washing ashore on the Pribilof Islands, some 300 miles west of mainland Alaska. Prior to the mass deaths, there was a documented period of elevated sea surface temperatures in the eastern Bering Sea according to scientists. The unfortunate result was a shift in zooplankton composition and in forage fish distribution, both food sources for the puffin.
In Iceland, too, puffins are in trouble. Researchers discovered that thousands of puffin chicks had died from starvation in the summer of 2018. It turns out rising ocean temperatures have pushed cold-water fish farther north leaving the baby pufflings with little to eat. The International Union for the Conservation of Nature (IUCN) has categorized the Atlantic puffin (Fratercula arctica) as vulnerable on its red list.
Rising ocean temperatures are also affecting food availability and the habitat of many Arctic creatures, including the walrus, polar bear, gray whale, arctic fox, and ice seal. Some are starving to death, some wandering long and far in search of food. Polar bears rely on sea ice to hunt seals at their breathing holes. When the sea is not covered in ice, breathing holes become unnecessary as the seals can come up anywhere for air, and are no longer easy for polar bears to snatch up. The World Wildlife Fund has reported a 40% drop in number of the southern Beaufort Sea polar bears between 2001 and 2010. Worse still, scientists forecasting global polar bear populations estimate a high probability that 30% of polar bears worldwide will be gone by 2050.
Declining sea ice is also harming seals. Baby harp seals lie on the ice during their fragile first few weeks of life. Without a thick and stable span of ice, seal pups may drown or be crushed by broken ice. In 2007, a then surprising 75 percent plus of pups died due to thin ice conditions; in 2010, nearly all. “Some years, when there’s poor ice in a given pupping ground, essentially all of the pups don’t make it,” says Duke marine biologist David Johnston. As temperatures continue to rise, seal survival becomes precarious.
The Pacific walrus population is in decline with only 129,000 animals left. Due to climate change, the floating summer ice that walruses used to haul themselves upon to rest is now way up north. Consequently the animals are swimming ashore and taking to land in huge numbers. Unfortunately their feeding grounds are far away from shore, forcing a 250 mile round trip. In addition to exhaustion from traveling long distances and food scarcity, walruses also face threats from being on the beach in vast crowds. In 2014, 35,000 walruses were seen together on the shore near Point Lay, Alaska. The animals, which can weigh as much as 1.5 tons, can be frightened easily by loud noises like airplanes, causing stampedes and mass deaths by trampling, especially of young calves – as many as 500 in one incident. If ice continues to diminish, their future looks bleak.
Then there are the gray whales. Their favorite crustacean is the amphipod – a small flat morsel with segments and antennae resembling a grasshopper. These lipid-rich crustaceans are devoured by whales in bulk. Over the past 30 years, as currents have warmed and sea ice has melted, amphipod populations have declined in the Bering Sea whale feeding area. As a result, gray whale mothers and babies have had no choice but to swim north through the Bering Strait and far into the Arctic Ocean in search of an alternate food supply. They are so hungry they are eating krill and mysid shrimp, but as it takes an enormous quantity to match the calories of lipid-rich amphipods, the whales remain hungry.
The North Atlantic right whale, a species federally classified as endangered, is also affected by the rising ocean temperatures. The Smithsonian reports that right whales eat more than 2,000 pounds each day, mostly copepods. Their favorite copepod, the Calanus finmarchicus, has dramatically declined because some of the deep waters of the north Atlantic have warmed almost 9 degrees Fahrenheit since 2004, forcing right whales to migrate elsewhere in search of food. Several right whales have been found dead in Canadian waters in recent months, and a sixth dead whale was found in the Gulf of St. Lawrence in July of this year. The steep rise since 2010 in the deaths of these whales from shipping vessel strikes as well as entanglement with fishing gear is attributed to the animals moving into new and unexpected areas where speed restrictions for vessels are not in place. With some 400 right whales left (out of 500 in the early 2000s) and about 100 breeding females, the species may face extinction if these trends continue. Researchers are hoping to use satellite technology to detect whales in new territory, allowing for faster responses in moving fishing nets and large vessels.
Creatures large and small face threats from melting ice. Lemmings are like hamsters of the tundra – small, furry rodents with faces and whiskers as adorable as the childhood pet. In winter, northern Norway lemmings burrow under the snow for insulation and protection from prey. During good snow seasons, they reach population peaks and their young prosper. But in Norway in recent years, rising temperatures are causing repeated thawing and icing periods resulting in poor snow conditions for the lemmings. The resulting altered and reduced population cycles mean lemmings are no longer reaching population peaks.
The arctic fox relies on lemmings as a primary food source, and scientists believe lemming decline has contributed to sharp declines and breeding failures in the arctic fox population of Norway. Arctic foxes also face threats from the red fox, a larger more aggressive animal, which historically lived south of the arctic fox habitat. Due to climate change and warming of the Arctic, however, the red fox is encroaching on arctic fox areas. Warming is also converting the tundra to shrublands, a habitat the red fox desires. The poor arctic fox faces loss of habitat, decreased food availability, increased competition for food, and possible displacement by the red fox. And with the Arctic continuing to warm, these changes will only become more extensive. Small wonder then that the arctic fox often has to travel long and hard to find food. One female captured all our hearts as it traveled 3,500 km from Norway to Canada in 76 days, its remarkable journey including 1,512 km on sea ice.
These few examples demonstrate the impact of global warming on diverse forms of life — from coral reefs and lemmings to the right whale. We learn that changes in plankton and tiny crustaceans can starve a giant whale and diminishing ice cover can cause polar bears to lose their primary food source, and we begin to register the intimate interconnectedness in the web of life. Human well-being too is tied to this chain of life. If fish decline, so does a food source for humans and the water birds that feed on fish, and as insect pollinators decline, so do our crops and the plants around us. A study suggests that 40% of insect species are in decline. And the U.S. and Canada have lost three billion birds since 1970. In this anthropocene age, humans are not rapacious owners but stewards of our planet, holding it in trust for succeeding generations. It is what the young led by Greta Thunberg are forcefully making clear to their elders.
Author’s note: This piece first appeared in CommonDreams.org.
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