Horror classics: The Thing

Last week, we looked at the 1978 movie Halloween, directed by John Carpenter. This week, we look at another one of Carpenter’s classics from a few years prior: The Thing, which came out in 1982. It stars Kurt Russell among an incredibly talented cast, and though it was met with incredibly negative reviews at first, with time the movie became a cult classic and internationally famed for its suspenseful script and incredible practical effects. It inspired the creation of a prequel (also called The Thing) in 2011, and, along with merchandise and horror attractions, was turned into a video game in 2002. The film follows a group of scientists who, while staying in a research station in Antarctica, come across a terrifying alien with the ability to change its form to mimic any living creature– including the scientists themselves.

The Thing (1982) - IMDbThis film was based off of the 1938 novel Who Goes There? by John Campbell, which tells the story of a group of individuals who become trapped in an Antarctic research station with a murderous, shapeshifting alien. Though there was another film made based off of the book– this one called The Thing from Another World, produced in 1951– it took several creative liberties with the plot, changing the style of the alien and the general theme of the story. Carpenter intended to make a movie that was almost exactly true to the plot of the original novel, and therefore The Thing was born.

Perhaps one of the most notable aspects of The Thing’s creation involves the practical effects, courtesy of special effects artist Rob Bottin. Creating a monster that can shapeshift into anything– and, in Bottin’s vision, has no one “true” form– was an extremely difficult undertaking, but Carpenter was determined to create a movie in which the monster wasn’t just “a guy in a suit.” Bottin worked for extensive periods of time in order to create different concepts for the monster’s appearance, as well as planning out some of the more difficult practical effects for scenes that are still remarkable today. In one famous scene, Dr. Cooper attempts to use a defibrillator on “Norris” (truly the Thing), whose chest breaks open into a mouth and rips off the doctor’s arms. In this scene, Carpenter hired a double amputee to sub in for the doctor, and attached arms– made of wax, gelatin andI (Selfishly) Miss Rob Bottin. It was hot and sweaty in the shop, and… | by  Sonia ThrillMe Campbell | Medium rubber to simulate bones, flesh and veins– that would then be torn off. Bottin created a fake torso, a prosthetic mask for the stunt actor, and hydraulic jaws for the Norris-Thing, altogether creating a truly unforgettable (and horrifying upon first watch) moment in the film. Unfortunately, his efforts did come with a price; though he allowed some puppets and prosthetics to be made by artists like Stan Winston, Bottin took on most of the workload alone, which resulted in him being hospitalized for exhaustion, pneumonia, and ulcers due to overextending himself. He even chose to live on set for extended periods of time, sleeping in locker rooms or on the film stage. However, despite this toll, his sheer determination to bring life to his vision resulted in incredible practical effects that are still recognized today for their horrifying ingenuity!

This film is absolutely fantastic, and I would give it a 10/10! The practical effects, though unbelievable at times from a modern lens, are truly remarkable for their time, and are what makes this movie really great. I’m also personally a huge fan of the suspense and paranoia that builds throughout the film; the concept of a monster that can look like and almost perfectly imitate anyone is an idea with massive potential, and Carpenter did a fantastic job bringing that concept to life in his film. I highly recommend a watch!

Horror classics: Halloween

Last week, we looked at older Hitchcock classic The Birds, which inspired the creation of many other horror movies in the years following its release. This week, we skip to the 70s and look at possibly one of the most famous slashers of its time. One cannot look at classic horror movies– particularly in the slasher genre– without acknowledging the 1978 movie Halloween, the movie that brought mass popularity to the genre. Halloween (1978) - IMDbDirected by John Carpenter, it stars Jamie Lee Curtis as protagonist Laurie Strode in her first-ever film debut, as well as Nick Castle playing the iconic villain Michael Myers. In the film, Myers– fifteen years after murdering his sister/babysitter as a child– escapes a sanitarium and returns to his hometown to terrorize the local residents. Strode, a babysitter as well, is forced to try to escape his grasp and fight off the villain, defending both herself and her friends from his attacks.

Halloween’s origin is not particularly unique; in an interview, Irwin Yablans admitted that he had come up with the idea in a dream. He got in contact with writer John Carpenter and agreed to finance him– with a meager budget of 300,000 dollars– to write and produce the film. However, what is truly special about this movie is how much of an impact it had on the genre. Despite its low budget and relative lack of famous names in the cast, it became the most profitable independent film of all time, and retained the title until 1999. It is also regularly seen as the movie that brought the slasher genre into prominence, and brought main actor Jamie Lee Curtis into the limelight as a Hollywood star. It resulted in the creation of 12 other movies– 8 of which brought Curtis back to reprise her role as Laurie Strode– and 1 other that will come out in 2022.

Two parts of what made Halloween so thrilling were the soundtrack and the cinematography. The classic theme, written by John Carpenter, is extremely simplistic– mostly just a synth piano tune, played in a 10/8 signature– but is considered one of the most iconic horror themes; Carpenter stated that it was inspired by other horror classics Suspiria and The Exorcist, which may have contributed to the sense of dread that the tune inspires. Halloween (1978) - IMDbThe sudden occurrence of the score in the beginning of the movie makes the viewer jump, and its simple eeriness forces a feeling of suspense that continues throughout the film. The cinematography also contributes to this dread, particularly in the iconic opening scene. Filmed in first person, the audience watches from the view of a young Michael Myers in a nearly 4 minute unbroken shot, with his only sounds being heavy breathing before the discordant synth track takes over. We stare into a window, identifying his next victims, before he retrieves a knife and a mask– which distorts both his vision and the camera’s view– and murders his sister Judith. It is only until he has left the house and walked outside that the camera changes, revealing the murderer to be a young boy and giving us our first view (one of the only views) of Myers’ face.

One final but important aspect of Halloween to note is its arguably feminist or misogynistic stance. The film begins with the murder of Myers’ sister, which occurs after he sees her naked in her room; as the movie continues, he kills Strode’s two female friends, both after they are seen with or going to get their boyfriends. Some critics consider this to be problematic in its association of sexuality with death, which is often seen in later slashers, where more sexual female characters die early and the main female character, who is often an established virgin, is the only survivor. Carpenter explicitly expressed his disagreement with this analysis, arguing that he was not trying to make that association– or pass some kind of judgment on teenage sexuality– and instead was trying to depict more accurate and down-to-earth characters. Many other critics believe that this attempt was, in fact, successful; Halloween has been touted by some as a feminist film due to the position of Strode as a strong, clever, female protagonist. She survives Myers due to her quick thinking and protects several children while doing so, allowing her to become a fixture in other movies throughout the franchise. Even the other girls, though not survivors, are seen by these critics as a positive part of the movie: producer Debra Hill helped to write their dialogue, ensuring that the 3 teenage female leads were more authentic and relatable to the audience.

Regardless of its misogynist-feminist discourse, Halloween is truly an incredibly iconic horror movie, which sparked a massive boom in the popularity of slashers as well as being an early example of independent films reaching a wide audience. The score, cinematography, and characters are all fantastic and lead to a great sense of dread, and though some parts may be cheesy, this is a truly great film to watch if you’re a fan of the classics. I would rank this a 9/10, and highly recommend that you watch!

 

Oil spills and prevention

Crude oil occurs naturally in the form of droplets, within pores of rock below the ground or on the ocean floor. This material is then drilled and pumped out, transported to refineries in different areas to be processed. A “spill” refers to an instance in which petroleum leaks onto the surface of a large body of water or onto land, which can be incredibly harmful to the environment. Larger spills– when pipelines break, or oil tanker ships sink– do immense damage to sensitive environments, and can have effects that last for years after the inciting incident. These issues increased in the 1960s due to increased petroleum exploration and production on continental shelves; supertankers, which carry 500,000-plus metric tons of oil, are used more commonly and therefore can pose more of a risk in case of an accident occurring. Currently, it is estimated that there are thousands of oil spills per year in the U.S., and 3.5 to 6 million metric tons of oil added to the world’s waterways annually.

There have been many instances of major oil spills throughout history, but 3 notable ones include the Santa Barbara, Prince William Sound, and Deepwater Horizon spills. In 1969, a platform off the shore of Santa Barbara, California blew up and spilled 4 million gallons of oil. In 1989, an Exxon Valdez tanker ran aground in Prince William Sound, Alaska and released 11 million gallons of oil. The most recent incident of these three, which involved the Deepwater Horizon drilling platform in the Gulf of Mexico, occurred in 2010; an accident occurred with the platform, and resulted in a spill of 134 million gallons of oil. These three instances are certainly not the norm, but it is important to recognize the massive potential for damage in this type of incident.

Oil spills can cause different kinds of damage. Fouling, or oiling, refers to when oil causes some sort of physical harm to animals that impacts their ability to survive. This can involve birds’ wings getting coated with a thick layer of oil, which can both prevent them from flying and prevent proper self-insulation– in some cases, it can result in death via hypothermia. When some furred animals get oil within their coats, it can result in their insulating properties being stripped, which often results in death or sickness. Oil also contains extremely toxic compounds, which can then seep into plant matter or water; when ingested, these compounds can result in stunted growth, immune system problems, heart damage, and even death. Sensitive regions like saltwater marshes and mangroves, which can be greatly damaged by small amounts of environmental variation, are particularly at risk for oil-related harms. Along with this, the spilling of oil on the surface of waterways can result in particular damage for marine life; the thick layer of oil prevents sunlight from coming through, as well as reducing the amount of dissolved oxygen within the water, which can cause death to some of the plants or fish that require certain levels of these phenomenon to live. One less obvious result of oil spills is also economic: due to potential contamination of fish as well as possible vessel or equipment damage, commercial fishing is typically suspended in the region immediately after a spill. Since cleaning up after spills can take months or (in some extreme instances) years, this can greatly damage this part of the economy in those areas.

So how do we control these spills to prevent this damage from occurring? It’s not as easy as it sounds. Some strategies used in the past have been found to actually do more damage; as an example, in 1989 it was discovered that using high-pressure hot water hoses to clean beaches can result in simply spreading the oil elsewhere, instead of properly cleaning it. However, different agencies have come up with a variety of alternative strategies to contain oil spills and remove enough of this harmful substance to allow natural environmental recovery processes to continue.

The NOAA, or National Oceanic and Atmospheric Administration, is one of many agencies that works to combat environmental damage caused by oil spills, which often involves wildlife recovery, cleaning, rehabilitation, and more. Other groups include the Office of Response and Restoration, which helps to provide scientific solutions to keeping coasts clean, and the Coast Guard, which works on-site during instances of major spills. In the Oil Pollution Act of 1990, it was determined that those responsible for oil spills have to pay for the cleanup and restoration of affected habitats; organizations like the Natural Resource Damage Assessment thus work with state, federal, and tribal agencies to determine the level of impact and required funding for these incidents.

Some strategies involve physical barriers or techniques for preventing the spread of oil. As an example, booms are floating physical barriers that can be placed at the entrances to channels or harbors, as well as the sources of spills, to prevent spread. Skimmers are used on boats in calm waters, and skim oil from the surface before placing it into collection tanks. Different sorbents can be placed in water to absorb oil, and on-surface oil slick can be caught on fire and burned away (in a technique called in situ burning). Chemical dispersants can also be used to break up the oil atop water surfaces to improve ease of removal. Bioremediation is a strategy that uses specific microorganisms to remove toxic substances like oil; types of bacteria, fungi, archaea and algae can degrade petroleum products into simpler and nontoxic molecules. Fertilizer can be used to help these microbes grow, but this technique is only really usable when the oil approaches the shoreline. In instances of oil existing over water, new research indicates that sunlight may in itself help to remove the substance; it increases photodissolution, or how easily oil dissolves in water, by transforming it into other compounds. This is likely affected by the thickness of the slick and the light’s wavelengths, but further research is required as to how much it can help– some studies suggest that it may have helped to remove up to 17% of the oil following the Deepwater Horizon incident! 

In general, more research is required to determine how to help prevent these spills and contain them. Better equipment is needed to remove onshore oil on sandy beaches and rocky shores, and new regulations need to be passed regarding shipping and environmental rules to decrease the amount of major supertanker oil spills that occur. But work is already being done: in one notable example, some salons are contributing leftover hair to make bioplastic pellets to help pick up oil! There’s tons of potential for the creation of new products to help with this subject, and many organizations are continuing their work to protect our waters from this dangerous material.

https://www.noaa.gov/education/resource-collections/ocean-coasts/oil-spills

https://www.britannica.com/science/oil-spill

https://www.usgs.gov/mission-areas/water-resources/science/large-oil-spills

https://www.latimes.com/california/story/2021-10-03/huntington-beach-oil-spill-full-coverage 

https://www.cbc.ca/news/canada/saskatchewan/recycle-hair-salons-1.6373334 

https://www.sciencenews.org/article/sunlight-oil-spills-clean-up-ocean-solar-radiation-deepwater-horizon

https://www.jpost.com/science/article-699167

https://www.marineinsight.com/environment/10-methods-for-oil-spill-cleanup-at-sea/

https://www.futurebridge.com/industry/perspectives-energy/oil-spill-prevention-solutions-and-challenges/

https://www.unep.org/news-and-stories/story/how-manage-damage-oil-spills