Nature's World Cries Out for More Eco-Fiction Writers to Save Our Planet

 

Nature's World Cries Out for More Eco-Fiction Writers to Save Our Planet

"To me, it underscores our responsibility to deal more kindly with one another and to preserve and cherish the pale blue dot, the only home we've ever known…On a mote of dust suspended in a sunbeam." Carl Sagan

Ecology entered a broader cultural attitude in the 1960's and 1970's when people became more interested in natural environmental issues and species within human connections.

A variety of eco-fiction literature developed many branches and styles to be found in many genres such as mainstream, westerns, mystery, romance, realism, science fiction and fantasy.

This collaborative genre could be any fictional landscape that was based on ecological principles which became the setting, the plot and the theme of the story. The nebulae of Nature from the smallest cells to the largest lifeforms became alive as talking, feeling characters with human attributes and emotions. Their message was to set the right standards of respecting natural order, conservation and sustainability.

So what kind of ecological principles can be embedded into eco-fiction story? 

You can talk about Nature in terms of redundancy without ego, diversity with connections, and adaptations for survival. You can express amazement at nature’s master plan of organization from the nematodes to the nimbus clouds. Without this two-hydrogen-one-oxygen molecule, any Earth life process wouldn’t exist.  You can talk about responsibility to common goals, a democratic pattern of individualism and cooperation played out in ecological terms. What about the human factors of intervention, exploration or exploitation?   

In fact, you can become more specific and talk about the reality of 4 levels in an ecosystem with plants and animals you see; but you must also involve nonliving elements (air and water) and microorganisms. Microorganisms include the bacteria, algae, fungi, and protozoa that are usually seen only with a microscope, but they must not be ignored because of their vital roles in decomposition, oxygen production and symbiotic relationships with plants so they can grow to serve as food for animals and humans.

For example, nitrogen gas (N2) makes up 80% of the Earth’s atmosphere and is one of the primary nutrients critical for the survival of all living organisms. It is required for DNA, proteins and chlorophyll. But nitrogen gas is largely inaccessible to most organisms, and must be converted into ammonia (NH3) and nitrates (NH4) before it can be used by plants as food.

Enter the nitrifying bacteria which transform nitrogen into an oxidative state for plant roots  to absorb...the essential nitrification cycle.

Now, on one hand, you can read a complex scientific treatise about this transformation or you can meet a nitrifying bacteria who explains his actions and his roles in the ecosystem. Fiction, yes, but science based as well with far reaching implications.

Or, you can read a scientific volume or two about the carbon cycle and how carbon compounds can make a series of conversions in the environment, from incorporating carbon dioxide gas into living plant cells by photosynthesis, and returning as a gas through respiration, or decaying dead organisms, and the burning of fossil fuels. 

Or, your story line can introduce a hydrocarbon molecule composed from the elements carbon and hydrogen who can explain his role from coal and crude oil to making natural gas, plastics, pesticides, even cosmetics and medicines.  His experience shows how the burning of hydrocarbons produces greenhouse gases which in turn depletes the ozone layer and cause climate change. Fictional character simplified, yes, but with a huge convoluted impact on the environment and ecosystems.

In summary, we need more eco-fiction stories that can talk about the relationship between natural settings and human communities.

 Their characters need to inhabit an ecosystem based on ecological principles that call attention to act responsibly to be good ethical stewards of the Earth. 

They need to share the reality of microorganisms, photosynthesis, food webs, carbon dominance, pollution, and changing weather patterns as first-person experiences. 

We must hear their joys, fears and hopes. We must pay heed to their warnings of dangers and not ignore their messages.

Also, most importantly, we need stories that show what happens when anti-ecological principles are followed; such as, believing the only bond to nature is based on cash exchanges or using nature’s bounty as individual gifts, not for common purpose. There are ecological threats everywhere from tropical forest to coral reefs to extinction of animals, once gone, forever.

People need more first-hand stories about global warming, culture diaspora, survival of the weakest links, advocacy to protect our unique natural world and create a mythology we are all connected…what happens to one of us, happens to all of us.

It’s strange to say that the term eco-fiction has never been a media sensation and therefore has not become “com-modified or capitalizable, lending to its wildness.” 

Maybe its time to change that to help save our planet.

What kind of nature story would you like to hear or write? What are your fears about our planet?

Comments and questions are always appreciated. Please leave a message for a time to chat...1 833 471 4661

Annemarie

amarie10@gmail.com

https://helpfulmindstreamforchanges.com

PS: Interested in writing a paper about eco-fiction, or even teaching it? Check resources here. 

Note this blog about Disney making a movie based on an eco-fiction character and story line ... in fact, the most important superhero essential to our planet's survival.

 

 

A Special Bonding for Children from Researching and Writing this Story About the Water Sprite with Roots

A Special Bonding for Children from Researching and Writing this Story About the Water Sprite with Roots

The truth is: the natural world is changing. And we are totally dependent on that world. It provides our food, water and air. It is the most precious thing we have, and we need to defend it.” ― David Attenborough

So what did I learn from researching ecosystems and the special bonding I hope to pass on to children as they also learn about healthy ecosystems for a healthy Earth for a healthy people.

Actually, I learned several factors that only grew in significance the more the natural environment opened up.This is not the simple water cycle as first envisioned from the ocean’s transpiration where it starts  to the ocean’s runoff  where it ends. In the middle, there are adventures drawn from co-inhabitants in an ecological balance with a different connection around every bend. What I learned will only help to increase my admiration of a walk in the woods by a pond; or larger yet, the way I view our beautiful blue and finite planet.  It is this journey I wish to share with young people of all ages to create a special bonding and vision for a sustainable community for all species.

 Let's start with the A-List:

AMAZEMENT at the extraordinary biological diversity of life forms that create their own interdependent communities on land and in water.  We are surrounded by such specialized simple lifeforms called microorganisms that live in fresh water, which may be only a handful of living cells but with the ability to sense, feed, propagate and even adapt as required; but without defenses against pollution. 

Did you know that only 3% of our planet’s water is drinkable where half of fresh water is frozen in glaciers or underground? 97% of it is saltwater.

AWARENESS of the diversity of organic Life forms or compounds containing the carbon molecule, the most common life matter on Earth. The sun’s energy called photosynthesis can create a simple sugar molecule as food for any carbon-based plant and animal by combining with water (two hydrogen and one oxygen).  Even the hydrocarbon found in fossil fuels is filled with the sun’s energy which can be used as fuel or manufactured into inert plastics; forever non-biodegradable.  

Did you know that Americans throw away enough plastic bottles in a week to encircle the Earth 5 time and that only 5% of Earth’s population?

APPRECIATION of the numerous cycles required for ecology to be balanced, from sun and water, to nutrients for primary plants, to animals and even decomposing bacteria to recycle matter. For example, the nutrient cycle begins with minerals that include carbon, sulfur, nitrogen, oxygen and water among others as these elements recycle to produce food for the ecosystem. The water cycle is immemorial, continually recycling over time. We all live in one huge watershed from beyond dinosaur times. 

Did you know that the leading source of pollution in surface drinking water supplies is polluted rainwater runoff from household products (EPA)?

  

AFFINITY to the wonder of a healthy ecosystem based on four functioning levels which help to clean our water, recycle nutrients, maintain our soil, purify our air and provide us with food and shelter. Every chapter shows how anything that affects one part of our ecosystem will in turn affect others … from the very smallest to the largest. There is a strong link to an ECOLOGY ETHIC where exponential growth is not possible. Nature is not to be contradicted but integrated within our common humanity. 

Do we have a moral obligation to leave an environment worthwhile to live in for our children?

ACCOMPLISHMENT by introducing characters who can relate their experiences of integration and interdependence within their special systems.  Many interesting characters who are defined as micro-organisms really do exist in various water states; but for a change, they are given a voice to talk about their thoughts and fears. A few are imaginary creations in their particular system like glaciers, oil lakes, and plastic manufacturing factories; but all are connected to the water molecule. 

So, on one hand, we can research a factual description of Ecosystems as communities of organisms and non-living matter that interact together where a damaged balance can cause many problems. Or, on the other hand, we can tell a story of a sensitive water sprite with roots who lives through these encounters, imbalances, fears and hopes. He talks the walk through his mission of discovering cyclical truths from the sun to water to nutrients to plants to animals to decomposing bacteria to respecting the biodiversity.

  

The hope is that the reader will form a special bonding with this main water sprite character; thereby, making an emotional connection through his trials, tribulations and inclusions of all lives in a balanced natural environment. As the water sprite falls in love, so will the readers in kinship and motivational affinity to protect Nature at its best.

“No one will protect what they don't care about; and no one will care about what they have never experienced..”   David Attenborough

You are invited to check the story here: 

The Incredible Journey of a Water Sprite with Roots

Comments and questions are welcome and appreciated,

Sincerely,

Annemarie

amarie10@gmail.com

Two excerpts: "The mystery of this cycle has slowly unfolded. It's about the power of the sun giving light energy to the chlorophyll in plant cells to split the water molecule, and combine it with carbon to produce a simple sugar compound as food for animals and humankinds. A cycle is what a cycle is; but miss out one tiny piece like a chloroplast found within the chlorophyll, nothing is completed, and life is not possible. So tiny, so simple, yet so complex."

"Also, maybe, there is some misunderstanding about what makes a life-form; especially lesser and smaller beings than themselves. Maybe, being so intelligent and progressive has made them short-sighted and narrow-minded about their own groups only, and prejudiced against other communities which may be different from them. Is this why pollution doesn’t matter to some? What if, I think, amusingly, they can be referred to as kind humans rather than humankinds."

Attack by Giant Amoeba and Saved by A Rotifer