Science Literacy Starts with Accessibility

Science Literacy Starts with Accessibility

This post is by Shayna Keyles, the Outreach Coordinator for Science Connected, a non-profit organization dedicated to make science accessible to everyone. One of their largest projects is the online magazine GotScience that reports latest science research and applications.

I have been working for this magazine over a year now on a volunteer basis to support its mission to educate and inform the public about science and its impact on society. The goal is to empower citizens to make environmentally sustainable choices.

Here are my articles I have written for GotScience magazine. If you like these and would like to support our efforts, please donate to their IndieGogo campaign.

Science Connected

Science is a broad term that covers numerous disciplines, from paleontology and particle physics to medicine and mechanical engineering. Nutritional recommendations, architectural limitations, and football-throwing specifications are all guided by science—as are birth, death, and everything in between. So where does Science Connected fit in with all that?

Science is vast, and for many around the world, it’s a foreign concept. Many factors contribute to its inaccessibility: teaching methods or curricula that are less than ideal; prohibitive expenses of higher learning; difficulties in understanding scientific concepts or applying them to real life. Reports and findings are frequently written with technical, jargon-filled language that can shut out even the most curious lay reader.

According to the National Science Foundation, only 21 percent of 12th grade students perform at or above grade level in science. While on the surface that sounds like 79 percent of students are just having difficulty solving chemical equations or reciting the Krebs cycle, it really means that over three-quarters of all 12th graders don’t have a firm enough grasp on the earth sciences to understand the causes of climate change or its harmful effects. It means that high schoolers don’t have sufficient understanding of what makes up the food they eat, how exercise helps the body, or how the reproductive system works.

That’s where Science Connected comes in. This nonprofit exists to make science more accessible by creating equal access to science education, responsible science journalism, and readily-available research. When science is accessible and available, science literacy goes up, and with increased science literacy comes a more informed, more engaged, and more responsible citizenry.

Access to science means many things:

  • Easy-to-read, well-researched information
  • Hands-on experiences that don’t require lab access or expensive materials
  • Nearby science programs and activities within an engaged community
  • Educational resources that bring more science into classrooms

Science Connected improves accessibility to science in all these areas. Through the organization’s flagship publication, GotScience Magazine, the team works closely with researchers, journalists, universities, and industry leaders to provide cutting-edge research findings to people of all ages and backgrounds, as well as publishing classroom materials for teachers to use for free.

As a member of the Citizen Science Association, Science Connected also promotes community-organized projects and independent experimentation. Crowdsourced research, individual experiments, and self-published materials are all essential contributions to greater science literacy.

Science Connected is running an IndieGogo campaign to expand its free online magazine,, and to continue making science more accessible to learners of all ages.

Running an open-access magazine requires writers, editors, bandwidth, and public relations, as well as ongoing relationships with science journalists, researchers, and media organizations. While many of the contributing writers and editors volunteer their time, donations are still important to maintain the organization’s infrastructure. Here’s what funds raised through the Indiegogo campaign will be used for:

  • Membership in scientific organizations to make sure sources are all accurate
  • Writing stipends for GotScience journalists and researchers
  • Maintaining the Science Connected and GotScience websites

An assortment of thank-you gifts have been prepared for campaign supporters. For a donation of $5, you’ll get a social media shout-out. For $10 to $150, the range of gifts includes handwritten thank-you notes, exclusive photographic prints, stickers, mugs, and stainless steel water bottles. A $250 donation brings you all of the above and a highly visible, public thank-you on the website.

This is an incredibly important campaign, especially in this uncertain era of science skepticism, threats to public education, reduced funding for the Environmental Protection Agency, and an unfortunate distrust of expertise. With only a month of the campaign left, Science Connected needs to raise $3,000 to meet the goal. Every dollar helps. Your contribution doesn’t only help Science Connected—it helps everyone with a passion for learning about science.

Donate now:


The Art of Sustainable Living

My grandmother passed away a few years ago. She had few possessions: only one suitcase full of clothes and a cabinet of dishes.

I thought about how many possessions I had and came to the shocking realization that all my stuff would fill at least five large suitcases. That is when I thought: How many things do I actually use on a daily basis from all the stuff I have? I struggled to think of more than ten items, yet my home is filled to the brim with all kinds of paraphernalia. I felt rather disturbed and guilty when I realized I’ve been hoarding so much stuff for all these years without actually using it.

If just one person among the billions on Earth has enough stuff to fill several suitcases, what about the rest of the world? We now have more than 7 billion people on Earth — growing by about 75 million per year; there are more mouths to feed, more people to house, and clothe than ever before. Demand is severely straining nature’s already limited resources. Our carbon footprint, which refers to our total greenhouse gas emissions, has shot up 11 times since 1961.

As a species, we are exterminating countless other species we share our planet with, many of which we didn’t even know existed. Over the last century, we have lost vertebrate species at a rate 100 times higher than the natural rate — and this is a conservative estimate. Sadly, the sixth “mass extinction” is already underway.

We are also living longer. A study I covered on my blog in 2013 found that countries with a high life expectancy were associated with more endangered and invasive species of birds and mammals. The reason, the authors postulated, was that as people live longer, they consume more resources — like food, water, and gas — and thus their carbon and ecological footprint is greater. Ecological footprint refers to how much area of biologically productive land and water an individual, population or activity requires to produce all the resources it consumes and to absorb the waste it generates.

If we look at the ecological footprint per person for each country compared with the biocapacity of the country per person we can get an idea of the how strained the environment is with respect to consumption levels. In 2011, the ecological footprint for the US ranked third highest in the world at 6.8 global hectares per person while its biocapacity was only 3.6 global hectares per person meaning Americans were consuming almost twice as much as their environment can provide. Using the global average biocapacity, which is 1.7 global hectares available per person, Americans were consuming four times more resources than their environment would provide. In other words, four Earth’s would be needed if everyone in the world lived the American lifestyle.

In comparison, China’s ecological footprint stood at 2.5 global hectares per person (global ranking at 62), which is almost three times higher than its biocapacity per person, and 1.5 times higher than the global average. India, which has a similar population to China, but three times smaller land area, had an ecological footprint of 0.9 global hectares per person (global ranking 128) — two times higher than its biocapacity but only half of the global average biocapacity.

One of the greatest paradoxes of our modern world is that we want to constantly raise economic growth because it is the standard measure of how well a country is doing. But our environment is inevitably destroyed in the process; chopping down trees to make more land available for industries and crops, extracting more raw materials from our Earth to produce all the stuff we consume, and drilling for more oil to meet our burgeoning energy demands are just some of the ways we plunder our Earth.

As humans, we mostly consume resources rather than provide any real benefit to nature. Nature doesn’t really need us, but we need nature. Excessive growth will eventually cause our own decline because our well-being is inextricably tied to the health of the Earth’s ecosystems.

Mindless Materialism

Lured by the array of products on offer and slick advertising, people often get carried away into buying many more products than they actually need — most of which end up in a closet never to be seen again. As a teenager, I, like many others, succumbed to the excessively materialistic lifestyle that is prevalent in society. Shopping became a pastime, something that you do with your friends. The path towards materialism is sowed from childhood; children are swamped with all kinds of plastic toys and gadgets to play with.

And while consumers are now becoming more conscious of the products they are buying, and where they come from, few think about what happens to them when they reach the end of their life.

Do you know where your toothbrush comes from? How much energy went into producing it? Where will it end up after you trash it? How many toothbrushes have you used so far in your life?

Recall all the products you use in a day, from the moment you wake up, till the end of the day, and all the materials involved in manufacturing these products such as plastic, metal, and paper. Think about all the energy that goes into producing a single product from processing of the raw materials to assembling, packaging, and transportation to the store.

Throwing away these products without using them means that all the energy expended in producing them is wasted — that is, gone forever. Moreover, all products have a limited life, and disposal is another problem as much of the stuff we throw ends up in landfills.

I now realize all the stuff I bought or yearned to possess over my lifetime seem so trivial. Knowing how much energy was consumed in producing these things, I felt ever so guilty and vowed to myself that I won’t ever stash so much stuff again.

Poisonous Consumption

The rise of China’s upper class has led to an insatiable craving for “hongmu” or rosewood furniture, leading to swathes of forests being illegally cut down in Myanmar, Indonesia, and other South East Asian countries — even as far as Madagascar. China has yet to ban illegal wood imports as it wants access to cheap wood.

Land bulldozing and slash and burn farming for paper and palm oil plantations by companies and farmers is threatening the already endangered orangutan populations. Needless to say, many of the snacks we buy from our local supermarket contain palm oil. Alarmingly, more than half of Indonesia’s greenhouse gas emissions are caused by these fires. The haze generated from illegal forest fires in Indonesia, which continue to rage as I write, affects the entire South East Asia region causing respiratory diseases in thousands of people.

Acres of deforestation in Kuching, Malaysia, 2005. Image: Ben Sutherland/ Flickr

Acres of deforestation in Kuching, Malaysia, 2005. Image: Ben Sutherland/ Flickr

Our plastics are choking the oceans and over 90% of seabirds have ingested plastic at some point in their lifetime compared with less than 5% in the 1960s. Even sea turtles have not been spared. In a study last year, Qamar Schuyler, a postdoctoral fellow from the University of Queensland, recovered large amounts of plastic debris from dead stranded sea turtles.

Debris recovered from the stomach, small intestine, large intestine, and rectum of a small turtle. Image: Courtesy of Qamar Schuyler

Debris recovered from the stomach, small intestine, large intestine, and rectum of a small turtle. Image: Courtesy of Qamar Schuyler

“A lot of the plastics that turtles are consuming are end-user items, such as packaging and food storage materials. We all need to be more responsible and aware of our choices and reduce the amount of these consumer items that end up in the waste stream,” said Schuyler.

Illegal poaching for elephant ivory has reached epic proportions: more than 100,000 African elephants were slaughtered from 2010 to 2012 — that’s around 91 elephants killed per day over three years. The driving force behind the massacre is demand from China and other parts of Asia, where ivory products are perceived as items of good luck and as status symbols. As consumers we need to ask ourselves: Do we really need ivory? Can we live a happy and fulfilling life without using ivory products?

Stockpile of ivory seizures which shows government attempts to eliminate the trade, Dar Es Salaam, Tanzania. Image: EIABlog

Stockpile of ivory seizures, Dar Es Salaam, Tanzania. Image: EIABlog

Even the noise generated by container ships — which transport many of the modern goods we use — makes young critically endangered European glass eels more stressed and less likely to fend off predators, according to a study I covered last year on my blog.

Living in Moderation

Climate change is very much in our control and this is where sustainable development comes in. Sustainable living and “going green” are buzzwords these days. While transitioning to renewable energy sources is a definitely a start, a long-term solution boils down to changing our consumption patterns, our habits, and our lifestyles.

Every choice we make to buy a commodity has an impact on our planet, from the quantity and type of products you use on a daily basis, to the materials that went into producing them.

So what does it mean to be sustainable? The art of sustainable living, as I call it, lies in embracing moderation and restraint in our lives. This means reducing our dependence on products and using fewer products to achieve our goals. If we can manage with fewer products this will lead to less waste. What we need to exercise is moderation in consumption.

Quality of life isn’t measured by how many possessions you own or how valuable they are. You can live a high quality and fulfilling life with few possessions; it is all about the choices we make. As children, my parents didn’t have many toys and yet they were content.

We have to transcend the appeal of possessing things and look into their value, their utility. How many times do we use a product until it reaches the end of its life cycle? For some, it is only once, while others can last several months to many years. For example, kids get bored of toys pretty quickly these days. Many toys are made of plastic and also contain hazardous metals. Sooner or later, they are dumped into landfills.

While all consumption is indirectly detrimental to our environment, we can reduce the impact by keeping a tight rein on our wants. Ideally, parents should instill the art of moderation in their children from a young age.

How can we lead a life that will have the least impact on the environment?

Whenever buying anything — from clothes, shoes, and bags, to books, electronic appliances, gadgets, and household items— I ask myself the following:

1. Do I really need this? Can I do without it?

2. How many times will I actually use it?

3. How long will it last?

4. What will I do with it once I’m done using it or once it has reached the end of its life cycle? (Think: can I recycle it? Can I donate it to someone who can use it? Is it just going to end up in the trash?)

I go through these questions in my mind rather than just looking at whether I like the product and the price. If we go through these questions we can try to eliminate purchases which weren’t really necessary in the first place.

The key is to buy only what you really need; resist the temptation to buy items just because they are on sale and think twice before buying something. If you will only use something once, after which it ends up in a closet or drawer never to be seen again, not only have you wasted your money, but no one else can use the product either. And if it cannot be used by anyone else, it becomes waste.

Don’t get me wrong here; I don’t mean to abstain from all purchases. Moderation is the key, just like we exercise restraint when eating rich or fatty foods. Of course, occasionally you will buy something that you have been planning to buy and will use for a long time.

You need to reflect on why you are buying something in the first place. Are you buying things to maintain a certain image, to please others, to make yourself happy or some other reason? If it is for personal pleasure, I have found that happiness doesn’t last long and when the euphoria wanes, you won’t know what to do with all the stuff you’ve accumulated. It’s a cycle: you are dying to buy a product, you spend all your energies to obtain it, you get bored of it, you chuck it away, and then you yearn for something else to satisfy yourself.

Like all living things, our bodies will one day return to the Earth. The indelible mark we will leave on Earth will be our carbon and ecological footprints.

Who had the lowest footprint and yet lived a fulfilling life? Wouldn’t it be so gratifying to look back in your final days on Earth knowing that your existence was not a large burden on our environment? And that you only consumed what you needed with the least amount of waste.

As for me, I haven’t bought much in the past few years — hardly any clothes, shoes, bags, etc — and I’m still working on reducing my stuff. I’ve managed to cut down one suitcase, but I still need to clear out a few more suitcases of clutter, after which I will feel so much lighter and free. I now realize that less is truly more.

I end with Mahatma Gandhi’s renowned quote, which I believe we all need to accept and act upon.

Earth provides enough to satisfy every man’s needs, but not every man’s greed.

Ship Noise Makes Young Eels Stressed and Vulnerable to Predation

Noise pollution in the ocean isn’t just a nuisance; it has grave consequences for the survival of some marine organisms. A recent study reveals that ship noises make young eels stressed and when confronted with predators, they are less likely to fend off attacks due to impaired escape behaviors, known as antipredator responses. 

During exposure to harbor ship noise, young eels were less responsive when faced with a looming predator and showed slower escape behaviors than eels exposed to sounds of the harbor only. And when pursued in a simulated predator chase, they were caught faster than eels exposed to harbor-only sounds.

While humans have explored the oceans for centuries, ship traffic now is greater than ever before, largely because of international trade. Commercial shipping activity—transporting the myriad of consumer goods we have become increasingly reliant on—pervades the oceans. Many of the goods transported by ships may make our lives easier, but these unfamiliar man-made noises can pose a threat to marine organisms. In some cases, the effects could mean the difference between life and death.

Two cargo ships in San Francisco Image: Line0534 by NOAA - California Publication of the National Oceanic & Atmospheric Administration (NOAA), USA

Two cargo ships in San Francisco
Image: Line0534 by NOAA – California Publication of the National Oceanic & Atmospheric Administration (NOAA), USA via Wikipedia

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Rising Ocean Acidity Weakens Hunting Ability in Sharks

Sharks, the ocean’s top predators, renowned for their impressive hunting abilities, rely extensively on their keen sense of smell to hunt prey located miles away—earning themselves the label “swimming noses.” But a new study reveals that high levels of seawater acidity expected due to climate change can diminish their ability to track prey through sensing of odors.

The smooth dogfish, a shark whose range includes the Atlantic Ocean off the eastern United States, could lose their ability to sense the smell of food if climate change if ocean acidification continues its current pace.  Credit: Danielle Dixson/Georgia Tech

The smooth dogfish, a shark whose range includes the Atlantic Ocean off the eastern United States, could lose their ability to sense the smell of food due to ocean acidification if climate change continues at its current pace.
Credit: Danielle Dixson/Georgia Tech

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Bacteria Can Colonize New Hosts by Modifying Their Environment

Some of the bacterial diseases that plague us come from animals—Anthrax, Salmonella, and Lyme disease are just a few examples. Known as zoonotic diseases, their transmission is driven by the ability of bacteria, which are constantly evolving, to adapt to and colonize new hosts.

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Developing Countries to Become Major Climate Change Contributors by 2030—Later Than Previous Estimates

Developed nations have dominated global surface temperature change historically, and according to a new study, they will continue to do so until 2030, when developing nations, particularly the two population giants—China and India—will overtake them. 

“This is significant,” said lead author Daniel Ward, a postdoctoral researcher from Cornell University, because most human-induced “climate change will come from developed countries until about the year 2030, whereas previous estimates put this ‘crossover’ year at 2020 or earlier.” 

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Only a Fraction of Cauliflower Coral Larvae May Tolerate Ocean Conditions in 2100

Coral reefs are undoubtedly the treasures of our oceans. Every month during the new moon, cauliflower corals found thriving in the shallow waters of the Indian and Pacific oceans, release larvae that migrate through currents and swim to faraway locations for settlement. Swimming requires large amounts of energy reflected in high metabolic rates among larvae. But few survive this journey fraught with danger; they are at risk of predation and vulnerable to dynamic ocean environments. Adding to their woes, climate change may render our oceans warmer and more acidic by the of the century. How will cauliflower coral larvae respond to these environmental changes? A study suggests that only a fraction may possess the ability to adapt and persist.

Pocillopora sp. Photo credit: wildsingapore via photopin cc

Pocillopora sp.
Photo credit: wildsingapore via photopin cc

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