Category Archives: Ecology

On the Danger of Being ‘Normal’ and Exclusive: The ‘Queer’, Diversity and its Essential Nature

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  • I’m a thematic reader, certain topics appeal to me. My tendency is to dive in when they fit into the puzzle that intrigues me, particularly the big one about life; what it means to be alive; what organisms share in terms of their biological function as well as what connects us…all of us, as a species and more broadly across species; the ecology of life, how we fit together, necessarily; how this life would not exist  were we truly individuals, separate, isolated, independent organisms and how we delude ourselves when we insist otherwise. One book often leads me to the next. Sometimes several. So I read about quantum physics and how as we integrate that into biology, it transforms that science, adds an element of ‘magic’ to it. Neurobiology. Ecology. Evolution, The embryogenesis of that single egg cell into the the dividing undifferentiated blastula, to a mature organism with its multiplicity of differentiated cells, unique tissues and specialized organs. Metabolism. Gender and sexuality. Perception and consciousness, its complexity and variety. Relationship, function, communication, internal ‘signaling’ and ‘switching’.  How concepts of sentience and beauty, language and art, the soul, all spring from the complex act of living…. Integral to it. How species and individuals all play roles, simultaneously in every level of ‘community’ in which they belong/participate, indispensable and irreplaceable, all related parts of an ongoing, evolving, process; one that we are so embedded in that we cannot possibly discern the value of anyone ‘member’s’ contribution, each an element in the larger dance, a ‘process’ which itself, is the point. As Shakespeare once wrote in, “As You Like It”:

All the world’s a stage,
And all the men and women merely players;
They have their exits and their entrances,
And one man in his time plays many parts….

We do not and cannot know the ending. There is none, or rather each ending marks a beginning, any guess that we might offer of an ultimate purpose, of a goal, remains unknowable, beyond the continuing unfolding of life…endless change.. Progress? It’s difficult to say as the earth system collapses and ‘reboots’ over time. The expression of the whole is observable only in moments, in its parts.

The aphorism, ‘it takes a village to raise a child’, begins to get at what it means to be alive, that we all depend on each other, connected, related through the dynamic processes of being, the flow of energy and its ‘in-forming’, the translation of matter and form. We are each a unique expression of this process. If we are ever to fulfill our potential, if we will ever be able to discern what that might be, we must recognize these connections. Our individuality is a selfish story we tell ourselves, one that fires our ambition to differentiate ourselves, to put ourselves ‘above’ others, to claim exceptionalism, and in so doing, lose the larger game playing out before us. As ‘individuals’ we are incomplete, hobbled in our larger social and ecological roles, we devalue ourselves when we fail, individuals rather than the ‘collectives’ that we are. We may act individually, even ‘freely’, but our actions will always be informed by both our past and the actions of all around us. We forever linked across time and space, directly by lines of dependency, recognized or not. We are inevitably part of something much larger than ourselves. We are bonded composites, never truly independent, as both individuals and a species, communities integrated into unique wholes. Even our consciousness is a product of this collective relationship. ‘Shaped’ by and shaping the conditions in which we live. The synapses in our brains, responding and working to shape the world around us and within. We are connected in countless unseen ways, essential and impactful never the less. Continue reading →

The Lost Trees of Willow Avenue, a Review

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Global climate change, in our current political climate, has been relegated to a secondary status. There is so much ‘shit’ hitting the fan right now that it gets largely lost in mainstream media coverage. The science that supports it, continues, although at a slower rate. Our transition from fossil fuels to renewable energy has slowed along with the republican denials, their actions to ‘deBidenize’ America, cutting funds appropriated through the Inflation Reduction Act, ‘seed’ monies to fund needed infrastructure investment, along with their cuts to the funding of research into the supporting science and technologies. The topic has been rendered into one of ‘belief’ as if its consequences will have no real world effects, a simple argument of the uninformed, like ‘Ford beats Chevy’, pointless and personal. Author Mike Tidwell, an obvious long time ‘believer’ and lobbyist, has worked over the last 30 years to move the political dial toward climate action, amongst his neighbors, his home state of Maryland and Congress. Here, in his recent book, “The Lost Trees of Willow Avenue”, he tells his and his neighbor’s story, in his DC area neighborhood, of the real world impacts they’ve observed and are attempting to combat. Amongst his neighbors are  Congressman Jamie Raskin, his friend, Ning, a college prof who has been working tirelessly on getting a novel carbon sequestration program up and running, a local state legislator who has been working to get massive scale wind generators built off shore and others working in smaller ways, dealing with the fall out of a climate already changing around them which, among other things, is causing crazy weather perturbations, changes in rainfall and temperature swings that are leading to things like a large increase in Lyme disease, because the milder winters are killing fewer of the disease carrying ticks, while also leading to the massive die off of mature trees across their neighborhood. Continue reading →

The Cut Leaf Thelypody in Dry Canyon

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[Plants of the Dry Canyon Natural Area – This will be the start of a new series focused on the plants of Redmond’s Dry Canyon. I’m creating them to be posted for ‘local’ consumption on the Friends of North Dry Canyon Natural Area. It’s a City Park including about 166 acres at the north end of Dry Canyon Park which the City has identified as a Natural Preserve. The group works as an advocate with the City, on public education and helping with on the ground work projects. I’ll identify each such post here.]

As you walk the trails below the canyon rims you will be seeing these growing scattered and in bunches. This is the Cut Leaf Thelypody, Thelypodium lacinatum. These are common where ever there’s a bit of soil between the rocks on the slopes below the rims growing amongst the tumble of massive basalt. I’ve seen these elsewhere growing in other eastside Oregon canyons with similar conditions.
These are members of the Mustard family, prolific seed producers and quite competitive. Another plant that, at least so far, doesn’t venture out into the canyon’s bottomland.
Elegant when it first starts flowering, like so many native annuals and perennials, these start declining while they proceed through their flowering season detracting from their appearance. What do I mean…each spent flower, begins to form its narrow, linear, Mustard seed capsule, quickly maturing its tiny seed and then drying, twisting and browning, while the inflorescence continues to bloom out towards its terminal end. A little messy, yes, but characteristic of these plants. We humans are relatively intolerant of such decline in our garden plants and so generally refuse them admission. Under the local wild conditions, as dry as they are, species tend to either be early flowering, when soil moisture is still most available or those like this that begin to decline before the show is over. Summer drought is a ‘cruel’ taskmaster. There are exceptions to this rule but….

https://oregonflora.org/taxa/index.php?taxon=8778

The Serviceberry: Abundance and Reciprocity in the Natural World, A Review

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Robin Wall Kimmerer is a botanist, ecologist, a teacher and a member of the Potawatomi people of the Great Lakes region, from whom she learned her people’s particular world view, one once common amongst many indigenous peoples and in stark contrast to that of our present day dominant culture, which has lead us to powerfully shape our our world today. Her three popular books, “Gathering Moss”, “Braiding Sweetgrass” and her latest, “The Serviceberry”, present to the reader a glimpse into the natural world as seen from this ‘alternative’ world view. All three are enlightening reads and not overly technical. They are ‘invitations’ to see the world from a different perspective. The latest is the smallest, a book barely over 100 pages, with large type and in a small page format…a quick read, unless you pause to give what she presents some additional thought. The best, and the one I read first, is “Braiding Sweetgrass”.  Continue reading →

The Seat of Awareness: On Plants and What We can Learn from Them

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“From the viewpoint of the evolutionary biologist it is reasonable to assume that the sensitive, embodied actions of plants and bacteria are part of the same continuum of perception and action that culminates in our most revered mental attributes. “Mind” may be the result of interacting cells. Mind and body, perceiving and living, are equally self-referring, self-reflexive processes already present in the earliest bacteria.”
—Lynn Margulis and Dorian Sagan, “What is Life?”, 1995

From what do sentience, awareness, consciousness and intelligence come from? Are these capacities a product of an organism’s complexity? At what point does it first appear? is it a property inherent to even the simplest organic chemicals? of peptide chains and amino acids, of atoms themselves?What of the organizing principle that seems to guide embryogenesis, the growth and form of every living individual of every species? Is it in action in the most ‘simple’ interactions between organic chemicals and the energy flowing through them, that favors one form over another and animates those same forms once they meet some critical minimal level of complexity?  Is this evolution towards complexity and ‘awareness’ an inevitability? A product of its component parts and the energies within it? [This is an idea that is separate from the notion of an inevitable ‘progress’ of life, always moving ‘forward’. Progress is a human notion, an assessment and a valuation of the change around us, not a ‘goal’ of natural selection and the animating ‘flux’ of energies within the universe.] Rudimentary awareness must exists at some necessary and basic level in the simplest single celled organisms…even in plants.

I look to that which is shared between all organisms and question the idea of the animal brain, and its neural system, as the basis for these things and its purported absence in plants, fungi, bacteria, viruses and archaea, as lacking in them. The brain itself and associated nervous system is a unique and complex structure present only in ‘higher’ animals. This bias in favor of the brain and neural systems, especially that of the human brain, as the seat of awareness and consciousness, ignores the requirements of any organism. We are biased in our insistence that these capacities must be located in a singular physical organ and no other. A singular occurrence in the universe. A huge conceit on our part, that this capacity exists in us alone, in and organ and tissues we could could physically evaluate, one which we ‘carry’ internally within us as we move freely about. The body, any body, is a vessel which contains life and is shaped by it. Life is both of the body and transcendent, existing beyond it. Life exists within the continuously unfolding moment. Life is not a ‘thing’ so one can hardly expect awareness, consciousness and intelligence to fit neatly into a limited organ, however we define it. The roots of this reach back into the study of evolution, ecology, cell biology, neurobiology, the metabolism and thermodynamics of life and the expanding field of quantum biology.

This latest thought piece has been inspired by three recent books I’ve read, Ed Yong’s, “An Immense World”, Paco Calvo’s, “Planta Sapiens” and Zoe Schlanger’s, “The Light Eaters”. I am not a scientist. I’m a student driven to make sense of this world. The connections and conclusions I make here are mine, although they may be suggested by the writings of others. Continue reading →

On Ornamental Trees and the Remaking/Unmaking of Place: Revising the City of Redmond’s Tree List, part 2

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How Much to Water?

Recommending trees from climates with significantly wetter growing seasons needs to stop if we are to continue growing our population. Landscapes as designed, and managed, are the single largest user of residential water. Recommending trees which ignore this problem is irresponsible. Lower water use residential landscapes are possible. Local codes and recommendations must, however, reflect this priority.

Additionally, how much to water is a bit of a mystery to all of us and especially so to non-gardeners. How much? How often? Our watering practices should be determined by the local precipitation and the tree’s needs. What is commonly done, however, is that we water for our lawns and that largely determines what our trees receive, unless we have separate drip systems. A tree’s root system doesn’t stay neatly between the lines. They quickly extend out well beyond the span of the tree’s leafy canopy. In many cases even 2-3 times as far, taking up water and nutrients. A roots of a tree, planted in a small bed, adjacent to an irrigated lawn area, will move out into the lawn. A tree isolated in a xeric bed with only a few drip emitters, will quickly demand more than such a meager system affords it and such a tree, if it requires summer moisture, will struggle while competing with its nearby  ground level growing neighbors. Again ‘neighbors’ should share compatible requirements so all can thrive on the same ‘diet’ and moisture regime. Continue reading →

On Ornamental Trees and the Remaking/Unmaking of Place: Revising the City of Redmond’s Tree List, Part 1

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Perhaps an odd tree to start this with, Juniperus scopulorum ‘Woodward’, is not a ‘shade tree’. It is not deciduous. It is a narrow, fastigiate form of Rocky Mtn. Juniper that, growing to a height of 20′ with a 2′-3′ spread can serve as a formal accent in colder climates like ours, a ‘replacement’ for the more tender Italian Cyperss, and it can do quite well here with very little supplemental water.

Trees, specifically ornamental shade trees, have become an expected and desired part of our urban lives, at least util their leaves fall and await our cleanup. Many associate long tree lined streets and avenues with urban living. Broad Maples. Lofty Elms. Plane Trees and, in tighter spaces, perhaps Cherrys, Crabapples and flowering Plums. Urban trees provide several notable ‘environmental services’ increasing our comfort level with their cooling shade, their capacity to remove pollutants from the air, cover and nesting places for birds, food sources for the insects which the birds rely on and the sequestration of carbon. Trees are generally viewed as a public good, necessary even for our lives. We can get quite emotional about them. So it seems a bit ‘wrong’ to suggest that this ‘ideal’ may not always be ‘best’ or even desirable.

Broadleaved deciduous shade trees are ‘naturally’ members of mesic, temperate to cold-temperate regions of the world. That is where they evolved and where when we plant them out, where they do best. When we begin planting them outside of their historic natural ranges, especially when we ignore the conditions, the disparities and the extremes between their natural ranges and those where we choose to plant them, then we can have some serious problems. The trees may struggle along, or if we remain committed to making up for our local area’s lacking, usually in the form of supplying more water, they can do reasonably well. But this suggests possible real problems as one moves further away from the conditions of a tree’s natural limits and increase the numbers planted out. Where is this water coming from and what are the impacts of removing this water from its normal and healthy cycling of which it is a part? What will be going without? And, is that cost worth the losses it creates? Our selection and planting decisions depend on how we value that which is lost! In short, the typical deciduous shade tree of our imaginings do not belong here in a desert. Continue reading →

Mowing Firebreaks Across the Dry Canyon Bottom, Good Idea or No?

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Mowing weakens the native plant community and aids the growth of weeds.

Mown adjacent to unmown. Aggressive spreaders will fill in more quickly and because of the weeds already in place, they will sieze a larger proportion of the mown area as they grow and spread.

While recently walking home through the Canyon, last month in December, I noted 8 new  strips, presumably ‘fire breaks’, mown across relatively flat and uniform sections of bottomland, each maybe 50’+ wide, spanning the bottom between the paved eastern path and the the main dirt western bike path. While I understand the thinking here, removing ground level fuels, this is a single purpose treatment that works counter to the Park’s purpose as a natural area preserve. Mowing down the Rabbitbrush, a ruderal, transition species of the Sagebrush Steppe plant community, delays the development of a healthy native plant community and encourages an increased array and density of weeds and invasives. Mowing this way provides open space for weed species already in Dry Canyon, as well as those not yet here, giving them larger ‘launch points’ from which they can spread into the rest of the Canyon. Mowing weakens natives, which are naturally slower to rebound from the damage than the aggressive weed species. Continue reading →

From 0’ – 3,000’ in 70 Million Years:  Building Oregon, Dry Canyon, The Shaping of Redmond and the Geology of the Paleo-Deschutes, Part 3

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Cascade Volcanic Arc –

Over the last 2.5 million years, roughly corresponding with the Pleistocene Ice Age, there have been at least 1,054 volcanoes in a ‘belt’ from Mt. Hood running 210 miles south to the California border and then, after a break, continuing to Mt. Shasta and Mt. Lassen, in a band 16 to 31 miles in width. These latter two, southern most of the Cascades, show no effect of glaciation from Glacial Periods. They were far enough south of the Glacial Ice to be unaffected. The material ejected and flowing from these many volcanoes and vents come from the crustal material of the subducting Juan de Fuca plate. The Cascades are a defining feature of our region in terms of aesthetics, but also as a shaper of climate, as well as being a physical barrier limiting the movement of organisms and thus goes to determining the ‘shape’ of our lives here. The Arc is still active, magma is still being ‘delivered’, building incredible pressure below through these same processes which have shaped this place to date. While we may assess its various mountains as ‘active’ or not, the volcanic arc, is still very much a factor in determining our long term future. Where it will next erupt from, and what form that will take, is impossible to say within any degree of confidence. But the earth’s tectonic plates are still in movement. Magama is still slowly, but inexorably, coursing through its crustal layers and the movement and pressures will continue to result in further eruptions. Continue reading →

From 0’ – 3,000’ in 70 Million Years:  Building Oregon, Dry Canyon, The Shaping of Redmond and the Geology of the Paleo-Deschutes, Part 2

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Clarno Formation – 54 to 39 million years ago.

Getting back to Central Oregon, the Clarno Formation formed much of the region’s base rock, an accumulation of volcanic rock, their sediments and soils in layers to as much as 6,000’ thickness. 6,000’. The area was what geologist call an ‘extensional basin’, a broad low basin between the Blues and Wallowa Mountains and the accreting and volcanic landscape forming to its west.

As the Clarno was forming so was Siletzia off the coast of Oregon, Washington and British Columbia, building up relatively rapidly from intense and volcanic activity between 56-49 million years ago to the west. Siletzia was then accreted to the continent due to plate tectonics. In Oregon this terrane became the area we now recognize as our Coast Range and Willamette Valley.

This area looked far different before this period than at its end. It looked far different again, from when it attained its maximum elevation, to how it appears today. Trying to tack all of this is a bit like trying to follow a 3 ring circus…with many more rings, all proceeding at the same time, with generous overlaps. When looking at our landscape we are faced with the problem of the never ending processes of ‘addition’ and erosive ‘subtraction’. The ‘end’ of the period we define as the Clarno Formation is not one of some final result. The regions canyons, have today been deeply eroded, cut steep, with broken slopes, below the rim tops we see today. These were very different 39 Ma and they will look far more different in another million or ten million years from today, likely unrecognizable to us. Even if we were able to somehow survive until then to observe them, our ‘snapshot’ and pliable memory of them would have likely transformed over the many centuries. Erosion will have been at work over the intervening time together with those forces working to ‘build’ and ‘lift’, the working of plate tectonics locally continuing to drive the process as they continue in their slow motion crashing, transforming the surface from below.

During the Clarno those forces continued with, explosive eruptions, lava and pyroclastic flows, lahars that poured down from volcanoes of the Mutton Mountains in the formations northeast corner and Ochoco Mountains area, just west and south of the Blue Mountains, along with their mudstone, and conglomerates derived from the erosion of both accreted terranes and that of volcanically ‘built’ structures. And thus was ‘built’ the Clarno and the later John Day Formation. The three largest volcanic structures of the period in the Ochocos remain today as the Crooked River, Wildcat Mountain, and Tower Mountain Calderas. These volcanos have not been active for many millions of years. The center of volcanic activity in the region began to shift westerly during the Clarno with the tectonic changes accruing to the expanding continent’s edge developing into what would be the Cascade Volcanic Arc. The Ochoco Volcanic Area remained an active factor on through the development of the John Day Formation Period. Continue reading →