Tuesday, December 13, 2016


Another semester comes to a close and what have I learned?  Plenty!   After my online Natural Resource Management class at Santa Rosa Junior College I can no longer remain a passive bystander when it comes to the health of our planet, and its future…our future.

*    I will continue my plight to leave a softer carbon footprint on this earth and the lessons learned throughout this course will remain front and center with me as I go forward from here.

*    “Consciousness Runs Deep” reminds me just how critical the health of our streams are.  To us and to so many other species.  

*    Watch the video World Population and you’ll understand how critical population control is to the future of our planet.

*    In “The Story of Bottled Water” with Annie Leonard, I was forced to take my blinders off regarding our drinking water and the myths about bottled water.  Wow, are we slaves to the marketing campaigns when it comes to water!

*    I no longer look at a forest as a remote corner of the world that doesn’t much affect me or my life.  Seeing the Forest on vimeo.com taught me why. 

*    Everybody knows Smokey the Bear, and his vigilant anti-forest fire campaigns.  But find out why fire is actually instrumental for some and even necessary for other trees to proliferate in some forests.  Learn more about personal preparedness at readyforwildfire.org 




Walkingsoftlyblog.blogspot.com




Friday, December 9, 2016

"One Less Spark"

Think all forest fires are bad? Find out why they’re not @ ed.ted.com

How The Smokey Bear Effect Led to Raging Wildfires
  • 95% of all wildfires are caused by the activity of people. 
  • Learn about bark beetle infestation and what you can do. 
  • “One Less Spark” campaign toolkit is great! This should be widespread in social media so we all learn it. 
  • Simple preventative ideas on being proactive against wildfires such as vehicle safety and proper maintenance to avoid sparks along vegetated roadway. Safely burning landscape debris, maintaining equipment safely, these are all things we take for granted…that lead to wildfires.
  • Giant Sequoias of Yosemite rely on wildfire for regeneration.
Want to know more as a homeowner how to safeguard against fires around your property?  Go to 
readyforwildfire.org 





walkingsoftlyblog.blogspot.com

Sunday, November 27, 2016


Ever wonder about the health of a forest?  Or the impact of our technology?  Here’s a grand-scale success story of human cooperation working against all kinds of barriers in order to regenerate and restore life to a majestic ecosystem once damaged and imperiled by “progress”.  

It took the Spotted Owl to cause such a massive undertaking in the Siuslaw Forest

Fallen logs and forest debris in streambeds are not necessarily detrimental

It is possible for opposing agencies and community to come together for the common good

A shift is emerging in the way we see our actions and their impact on ecosystems

It takes the major forces of natural disasters to prove the efficacy of such undertakings

Coho salmon has returned five fold to the Siuslaw due to restoration efforts


Watch “Seeing the Forest” documentary for the complete story of a major success in our environment today.

Go to Seeing the Forest on vimeo.com
















Monday, November 14, 2016

Life Cycle of Salmon

Life Cycle of a Salmon:

After a long journey to a mountain stream, the female salmon creates new life by cleaning and shaping the gravel of the streambed to form a string of nests called “reds”.   The stream current carries away any fine sediment.  She deposits thousands of eggs over a period of a few days.  Each time, her male partner immediately fertilizes them.  She covers the now fertile eggs with clean gravel and stays for a couple of weeks to defend her nests.  Cold, clean water is crucial for healthy growth and survival.  Water flowing through the gravel continually delivers oxygen to developing eggs and carries away waste.   When the eggs hatch, the young, or “fry”, depend on the yolk sacks for nourishment.  These tiny fish with their yolks still attached are called “sack fry”.  When they’re ready, they move up through the gravel to emerge in the stream.  Once they are one inch long, they are called fingerlings.  They will remember this particular stream and its smell, returning as adults to spawn and die, just as their parents did.  
Time spent in fresh water varies among salmon species from a few days to three years.  As the fingerlings grow, they move to the main channel where the best pools for salmon are deep and contain large wood and rocks for hiding and shade, for insects and for varying water speeds.  They’re carried downstream by the spring thaw and begin the amazing changes called smolting, necessary for survival in the ocean.  Smolting is triggered primarily by the increasing daylight hours and rising temperature waters of spring.  Individual, territorial behavior gives way to more cooperative, schooling behavior.  Gravel-colored markings change to a silvery hue, and internal changes, mostly affecting the kidneys, allow for the transition from fresh to saltwater.  Estuaries provide a mixture of fresh and saltwater habitats in which salmon smolts prepare for entering the ocean.  
Swimming out with the tide, young salmon leave their home rivers, moving around the Pacific Ocean in varying migratory patterns.  They live in the ocean anywhere from two to five years, growing and maturing.  Ocean life means escaping predators as well as avoiding fisherman.  To preserve dwindling fish runs, fishing limits are set on all taking of salmon.  Researchers have found that while living in the ocean, salmon have travelled phenomenal distances in search of food.  During this time they increase in weight, often time a hundred fold.  Temperature and food conditions can be highly variable from year to year.  A large percentage of fish do not survive the difficult ocean passage, especially during the early period.  Eventually, an instinctive trigger tells the mature salmon it’s time to return to their home stream and reproduce.
Triggered by an irresistible instinct to spawn, salmon find their way back to the river mouth and head upstream with great determination.  Faced with natural and man-made barriers, salmon frequently have to launch their full weight skyward.  While dams block their way, many have fish ladders, like artificial rivers, allowing the salmon to swim around the dams.  The homeward bound salmon no longer eat, living off stored fat, pausing only occasionally to rest.  They endure weeks of struggle against powerful currents up hundreds of miles of river.   Bruised and battered, wearing tooth marks from unsuccessful predators, they swim on to the headwaters, their health rapidly declining.  Even after spawning, the cycle is not quite complete.  Salmon carcasses have more to give…food for the forest, for predators and even for the insects that will in turn nourish their fry…a legacy for the next generation. 
What most amazes me about this process is the salmon’s ability to find its way back to the stream from which it came, and also the sheer tenacity of this fish and what great lengths it has to go to survive.  
When salmon, or any other species is deemed “endangered”, it means that species is in danger of extinction throughout all or a significant portion of its range.  Threatened means a species is likely to become endangered within the foreseeable future.  In protecting these threatened or endangered species, their habitats and ecosystems are also protected.









Walkingsoftlyblog.blogspot.com

Friday, November 11, 2016

How Clean is your Drinking Water? Find Out...

Ever wondered about the purification process that goes into your glass of drinking water?  The Laguna Wastewater Treatment Plant does far more for our water...and our environment than you could possibly imagine.  And they're proud to share it with you, whether online or up close and personal with an actual walking tour of their facilities.  It's worth the time looking into it.  Actually, it's fascinating, but don't take my word for it.  See for yourself at City of Santa Rosa \\ Departments \\ Water \\ Water Reuse System \\ Laguna Treatment Plant Tours



walkingsoftlyblogspot.blog

Sunday, November 6, 2016

Although I can’t yet claim complete success in my own rainwater harvesting attempt, the potential is definitely worth the effort.  Actually, it’s the potential for serious water shortages and the effects of encroaching climate change that make rainwater harvesting a DIY project worth the time and effort.  In terms of cost?  The comparison between materials and labor for constructing your own rainwater capture system…and the impact of water shortage resulting from a host of causes including careless natural resource management…well, there really is no practical comparison.  It just makes sense to implement the technology available to us in offsetting the damage we continue to inflict on our earth and its natural resources.   

Build a Rainwater Collection System, by Ben Nelson at motherearthnews.com offers a great article on how to do just that.  Plus, this is a user-friendly website with plenty of simple ideas and designs for average consumers, like us, who are looking for ways to soften our carbon footprints, or in this case water footprints, on our planet.


walkingsoftlyblog.blogspot.com

Friday, October 28, 2016

Man, have we been duped! Take a look at how gullible we are when it comes to our drinking water. In "The Story of Bottled Water" with Annie Leonard, she reveals how we've been tricked into believing that tap water is not fit for human consumption and bottled water is our only obvious choice. Boy, were we wrong. It's all been one big scam to drive the bottled water industry into the big business it is today. But do these fancy bottled waters really come from glacial pools and mountain springs? No! Most of it actually comes straight from the tap...the tap we've been conditioned to believe is contaminated. And in growing this million dollar industry, we're contributing to the pollution that's in turn contributing to our greenhouse emissions that are damaging our atmosphere. Don't believe me? See for yourself... www.storyofbottledwater.org