holyoutlaw: (me meh)

Some Trees Use Less Water Amid Rising Carbon Dioxide, Paper Says
[New York Times, might be behind pay wall]

After collating data from 21 different sites, gathered over 20 years, there is an indication that some trees are using less water to achieve a given amount of growth, because there is more carbon dioxide in the atmosphere. As one of the persons quoted in the article says, this is the first word, not the last, on this issue.

The article refers to a couple things that I’ve come across recently (not explicitly, but they caught my eye).

First, the “invisible present” and long-term ecological research. This data was gathered over 20 years, and some people are saying that that’s not long enough to verify the trend. This shows why we need long-term research, and why it needs to be funded.

Second, assisted migration. The article refers to trees at the edge of their ranges struggling, but trees (it doesn’t say if they’re the same trees or different species) in the middle of their range doing well. I consider assisted migration an open question, even though I go back and forth on it. Assisted migration will be of limited help, and mostly for large, charismatic species that are more or less on the human scale (ie, visible to the naked eye). But there probably are trees that could be moved, either into new areas entirely or into refugia.

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That’s the title of a recent post by Richard Louv at Children & Nature Network. Since the subtitle includes “insert your city here” I thought I’d answer the five suggestions he proposes with what I know is happening around Seattle. I haven’t researched these, so this is just top-of-my-head thinking. I welcome any other recommendations. (The numbered list items below are direct quotes from the original blog post; the responses are my own.)

 
1. Incubate future entrepreneurs through the nurture of nature.

This suggestion is for improving nature programs in school. He particularly suggests “independent play,” which I agree with. Losing the ability to have free roaming time, or unscheduled, independent play, I think decreases the ability of children to think for themselves.

One important aspect of nature education (and independent play) is that it helps establish a home base for the child, from which they can then extend to see how their actions have remote effects. I think an effective nature education program would combine elements of independent play (perhaps an unescorted scavenger hunt for leaf-types through a park) and would use that immediate experience to connect children to the larger world.

 
2. Lead a campaign to reverse the pandemic of inactivity.

Well, I’ve spent all day at the computer, mostly on Facebook. Before the internet, it was books and magazines.

I think the “pandemic of inactivity” goes a little deeper than personal choice or laziness. Most of the infrastructure in our cities is designed around the car. Little or nothing is within walking distance, and even if it were, the roaming ranges of children has shrunk considerably in these more paranoid times. We can try campaigns like “sitting is the new smoking,” but until our cities are organized around bicycles, walking, and other forms of transportation than the car, we’ll be less active.

 
3. Become the first city to declare itself an engine of biodiversity.

This is the one that resonates with me, particularly the last sentence, used as a pull-quote in the original post:

In the future, our sense of personal and regional identity will depend as much on our bioregion’s natural history as on its human history.

I think this sentence exhibits part of the problem, by implying that human and natural history are separate things. It also I think eliminates the traditional ecological knowledge of Native Americans. In the Seattle area, there were people here shaping the land and working with its resources since glacier retreat. Pacific Northwest native peoples preserved habitat in the face of climate change (particularly the Garry Oak savannahs and other open plains), and worked with the resources at hand to support a growing population without running out of resources. Northwest Native culture was still growing when smallpox and Europeans arrived. It might have hit resource limits, such as what happened to the Cahokia mound builders on the Mississippi, or the limits that affected the meso-American cultures; we’ll never know.

Other than that, I do agree with the basic statement. We need to connect more closely with the nature immediately around us, however attenuated it may appear to be. And through that connection, reach back to people who knew better how to live with and manage the resources available to them.

But Seattle does connect well to its bioregion, we’re always bragging about closeness to the ocean, the mountains, the forests, etc. But this sometimes becomes just another path to consumption, with hiking poles and specialized clothing and expensive gear and then the big car to haul it in. Nature isn’t something we go visit; it intrudes on our every moment, awake and asleep; we owe the nature in our cities at least as much attention as the nature in our forests and meadows. That’s pretty much what Louv is saying here.

 
4. Be the leading pioneer city of nature-smart development and new agrarianism.

Don’t have as detailed an answer to this one. Seattle allows chickens, and there are lots of them around. People are finding out, however, the chickens stop laying after two years and still have several years left. The choice is either butcher them or keep them as expensive, not very cuddly pets.

But there are also lots of backyard farms and gardens. Ballard in particular has rain gardens, backyard habitats, pesticide-free yards, and more. In the rest of the city, there are community gardens (P-Patches), farmers markets every day of the week somewhere, and more. There’s even an urban food forest in the beginning stages, in Beacon Hill in Seattle.

Although the “locavore” movement is considered trendy and bourgeois, there are social justice aspects to farmers’ markets and p-patches as well. The best way we’ll survive some of the coming changes — the vanishing fresh water, the increasing temperature — is by decreasing the distance between the dirt and the consumer, and having as few intermediaries along the way as possible.

 
5. While government has a role to play, Houston could play a pivotal role in creating new, non-governmental ways of connecting people to nature.

There are many NGOs working to improve Seattle — it’s parks its waterways, its neighborhoods, and more. Seattle is one of the hotbeds of neighborhood activism, and has been for decades. The ones I work with most closely include Green Seattle Partnership, Groundswell NW, Seattle Parks Foundation, and EarthCorps. They all help with different aspects of restoration for North Beach Park.

Mirrored from Nature Intrudes. Please comment over there.

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Science is good at measuring short term events, ranging from a day or so for bacterial growth down to femtoseconds for some physical processes. Science is also good at extrapolating very long term events from observations, such as geologic process shown in rocks or cosmological events in the microwave background.

However, there is a middle ground that is difficult to study, events that take anywhere from several years to a few decades. They’re within the span of a human lifetime, but gradual enough to appear static. This is what Magnuson (1990) calls “the invisible present.” This is the scale of most ecological processes, and why researchers sometimes have to gather data for decades before being able to make an informed hypothesis.

Most scientific research is centered on the “falsifiable hypothesis.” That is, a scientist has a question they want to explore, and tries to construct the experiment in such a way as to disprove their original question. This can work for relatively short term processes of three to five years or less (which, by remarkable coincidence, is about the length of the grant cycle).

I think the scale of “the invisible present” makes climate change such a difficult process to grapple with socially. The evidence has been accumulating for decades and is incontrovertible now. But the change has been so gradual that it’s only noticeable in long-term records, such as the 170+ years of ice-coverage data for Lake Mendota (WI) or the bloom records kept by Thoreau at Walden Pond compared to bloom dates of the same plants today.

When I was young the perceived risks to nuclear war or pollution were immediate. I heard the sirens every week, we did the duck’n'cover exercises under the desk, there were headlines about Mutually Assured Destruction. You could see the sky turn brown with smog and the rivers foam with phosphates. We’ve since cleaned up those problems (even though some were “cleaned up” by exporting the pollution to China).

But because the change caused by climate change has been so gradual, and below the threshold for direct human perception so far, we haven’t begun to make the deep cultural changes needed to make to deal with it.

Reference
Magnuson, John J. “Long-Term Ecological Research and the Invisible Present.” BioScience, Vol. 40, No. 7 (Jul. – Aug. 1990), pp. 495-501.

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The Looming Collapse of Agriculture on the Great Plains

This article looks at some of the changes happening in the Great Plains, particularly over and around the Oglalla aquifer. Capital wants to turn the land into wind farms, so that’s what will happen. I think wind farms aren’t as scalable as once thought; a big enough concentration will slow down the wind.

Another possibility talked about in this article is rotational paddocking; moving herds of cows from paddock to paddock, making sure it’s grazed clean, and then allowing it time to regenerate. Helping this is allowing the prairie ecology to return, notably prairie dogs and their predators.

Organic farming is given a very brief over view in the beginning. More time is spend on perennial farming, adapting crop plants to prairie conditions by making them perennial (deeper roots, much less damage to the soil). But perennial crops is a good way to go, and returning the land back to a buffalo commons is good as well. To that end, the Nature Conservancy and other groups are buying large tracts of land, and restoring them to buffalo prairie.

It perplexes me that these farmers can see what’s happened to their land with decades of capital taking it over, and yet they resist government management. Soon enough, the agribusiness monoculture factory farms will be abandoned by capital, and then it will be the government’s business to restore land that is in worse shape than ever.

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I’ve often said that a forest steward works on the time scale of 50 years. If that’s the case, how will what we plant today be affected by climate change?

There’s really no way of knowing for certain. There are plenty of models, and a wide range of outcomes, but there are too many variables and no way get accurate values for them in a reasonable time.

Which leaves us with making plans based on conjecture, whether our plans actively engage climate change or not.

There are four ways a plant could react to climate change. It could disperse, shifting its range toward higher elevations and/or latitudes; “poleward and upward.” The plant could adapt to the new conditions. The plant could persist in microsites that provide refugia, places that mimic optimal conditions so that it can survive. Finally, it can die out, whether locally or through extinction. In any plant community, it’s very likely that all four forces will be acting unequally on different plants, with some plants also affected by the climate change effects on their pollinators, seed dispersers, and predators. Meanwhile, these same changes will be happening to plant communities in different regions, perhaps bringing dispersed plants into stressed communities and providing these interlopers with opportunities to become new weeds.

Dunwiddie et al in “Rethinking Conservation Practice in Light of Climate Change” (Ecological Restoration, Vol. 27, No. 3; 2009) propose three basic practices to help deal with climate change.

The first is component redundancy, as in a plane. That is, creating multiple populations of a community on a landscape scale, such that the odds of survival of that community are increased. I think this is similar to what the Seattle Parks Department is doing with their target forest types for park restoration. Lots of the forest types are similar, with similar ecological functions, providing the component redundancy. The landscape-scale of Seattle uses the patchiness of the park system to avoid homogeneity.

A healthy ecosystem already has a fair amount of component redundancy. You can see this in bloom patterns, for instance. Throughout the spring and summer, in a healthy forest there will always be a variety of shrubs and forbs in bloom. Many of our ecosystems have become too simplified; they need to have component redundancy built back in.

The second is functional redundancy, as in a software program. This is similar to component redundancy, but brings in plants from different regions to co-occupy the same ecological niche. That makes it similar to assisted migration, which is actively moving a species from its home range, where it’s becoming stressed, to a new range, where it might do better.

When I first heard about assisted migration, its novelty was very appealing. However, as I’ve thought and read more about it, I’ve come to think that it will have a very narrow range of effectiveness. That is, it will only work for species that are appealing to people. We might look at a tree, for instance, and think, let’s move it north. But the tree that we see is the smallest component of the forest. To really move a tree north, we’d also have to bring with it its canopy and root ecologies, which we keep finding are increasingly complex.

The third is increased connectivity, which is the benefit of any network, or, say, large chain-store system. Increased connectivity is being actively explored on many levels; wildlife crossings over (or under) highways is one. Another is looking to create corridors of conserved lands connecting larger areas to provide migration routes or possible pathways for an animal to move. For instance, connecting two national forests with abandoned farmlands restored to provide habitat. Increased connectivity works better the lower you are in elevation. However, there are numbers of montane species that are being pushed up and up until they’re running out of room. They may reach a place where the temperatures are more compatible than at lower elevations, but they’ve also reached a much shorter growing season than their life cycle is timed for.

How do component redundancy, functional redundancy, and increased connectivity apply to a small neighborhood ravine?

The Seattle Parks Department is encouraging its forest stewards to adopt target forest types. These forest types are based on research into plant communities in areas of little or no Euro-American disturbance.

In directing our restoration efforts along the target forest types arc, we’re building up component redundancy in the overall parks system. Increased connectivity also comes into play. North Beach Park is one of several ravines located north of Golden Gardens and south of Carkeek Park – “between” them, as I frequently describe it. If North Beach were restored to greater functionality, it might provide a stopover place for birds between the two larger parks. Functional redundancy also comes into play, as the plantings in North Beach Park will resemble the plantings in Carkeek and Golden Gardens. But they’ll be different enough that they won’t be patches of a monoculture.

One important thing that North Beach Park can offer is a refuge, a microclimate that remains suitable for some plant and animal species that could not survive outside. It’s noticeably cooler in the ravine, even on a hot afternoon. And as we restore the canopy (we have increasing gaps from falling alder trees), it will stay coolers. Seattle has lots of undeveloped ravines, mostly underutilized private property. These could be restored to healthy forests, and I think would provide a good buffer against some species loss in the face of climate change.

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Remember a couple weeks ago when nearly everybody on Facebook was using the red equals sign to endorse marriage equality? Here is an article posted to Scientific American blogs looking at that from the angle of prescriptive and descriptive norms.

A prescriptive norm tells you what you should or should not do. Don’t drink and drive. Don’t litter. Pay your taxes. Go to church on Sunday. Don’t steal pebbles from the Petrified National Forest.

A descriptive norm tells you what other people are already doing. That’s when you notice none of your friends smoke tobacco any more (or maybe few ever did). Or the sign, instead of saying “don’t steal pebbles” says “most people leave the pebbles to preserve the natural integrity of the forest.”

This isn’t a joke; in fact, it’s a “classic study” that showed how using descriptive norms has a stronger influence on behavior than prescriptive norms. When the signs said “Don’t steal the pebbles,” thievery increased. When the signs said “Most people leave the pebbles,” thievery plummeted. The blog post lists several other ways that descriptive norms have a greater effect on behavior than prescriptive norms.

But what I want to think about here is the use of prescriptive norms to attempt to influence positive environmental behavior. I think there is entirely too much of it.

The crisis mentality of most environmental exhortations I think actually alienates us from the possibility of anything we do having a positive effect. Sure we can drive less, but when the bus you’re on goes slower than all the single-occupancy cars, the next day you’re in a car. On the other hand, we recycle more because we know our neighbors are. And we know our neighbors are recycling more because we see their bins on the street on pick up day.

This is another way in which I think that the tangibility and immediacy of urban restoration comes into play. When we see people working in the park, we see the effects of their actions; when we join them, we see the effects of ours. And from that action we can make the connection to the rest of the world. Working on a small park will have little or no effect on the world, but it will have an effect on the people who see the work, who participate in it, who share the benefits.

Environmentalism is hampered by its heavy reliance on prescriptive norms. The doom’n'gloom drives people away. This is why I almost never post a link to more bad news here. It’s not that I’m Pollyanna/head in the sand. It’s because I want people to know what other people are doing. And as we see more of what other people are doing, we see more of what we can do.

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Reviving Europe’s Biodiversity By Importing Exotic Animals

An experiment in Europe is seeing if large, exotic herbivores will help keep European pastures open and diverse. This article also refers to “Rambunctious Garden” by Emma Marris.

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Rambunctious Garden by Emma Marris, 2012

This book looks at the historical antecedents of the idea of wilderness, and how that has affected conservation today.

There really is nowhere in the world that is “pristine” wilderness, because global warming has reached into every corner. But even before the effects of global warming were known, the idea of pristine wilderness frequently eliminated the Native Americans who had lived their before — as the Miwok Indians were evicted from Yellowstone when it was made a national park.

Some groups, like the Washington Native Plant Society among many others, set a baseline of European colonization, picking different years for different parts of the continent — 1850 for Washington. But the idea of a baseline is itself based on an old, outdated concept on the processes of ecology; that is, that an ecological zone proceeded along a steady path to a climax state, as in the old idea of climax forest. That’s been pretty thoroughly disproven, but a lot of practices started when that idea held sway are still being carried out. For instance, the idea of an 1850 baseline ignores the fur trappers, who were decades earlier, and who wiped out the beaver, which drastically affected the waterways of the region. Not to mention smallpox, which arrived even earlier.

But the invalidity of the idea of a baseline or of pristine wilderness does not mean we should pave over everything. Rather, it gives us the freedom to bring nature closer to us, to see that the separation of nature and the built environment is itself a false distinction, and one we should get rid of as soon as possible. This is the same point that Lyanda Lynn Haupt makes in Crow Planet: nature is everywhere, and the sooner we realize that, the sooner we can change our lifestyles and habits and awareness.

As I type this, I’m less than halfway through the book, so there is probably a lot more to learn about. But I was thinking that “Rambunctious Garden” is complementary to “Crow Planet” and that the former is likely to be as influential on my work as the latter. That may be overburdening Rambunctious Garden with false expectations, but I hope not.

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On Sunday, Julie and I took a walk in two of our favorite parks: North Beach Park (you were surprised?) and Carkeek.

I wanted to go to North Beach to make some notes about the work done on Saturday, and to make some plans for the planting work parties (November 24! Save the date!)

While we were there, something started happening in a tree above us. We couldn’t see it, but we could sure hear it: A large murder of crows, cawing loudly and repeatedly. Julie thought they were mobbing a raptor sitting in the tree. As we watched, more crows joined every few seconds, and the cawing got louder and louder. Eventually there were so many crows that it became a chant, phasing in and out of unison. I felt like I was at the invention of song. We watched for several minutes, as the noise and chaos increased. It was still going when we finally turned away. Whatever was causing it, we’ll never know.

Carkeek — Puget Sound, rather — also had something in store for us. We went to look for salmon in Piper’s creek, missing them by about one day. On our way back up from the beach to the car, though, we noticed some people at the top of the bridge to the beach looking a lot more avid and engaged. We asked what they were looking for.

“Orcas are coming,” a woman told us. A man said that he had seen them off Alki, and that the J pod and K pod were swimming together. Hearing that news, we weren’t going anywhere. It didn’t matter how long it took.

Orca watchers

It did take some time for us to see the orcas, but it was worth it. Even though they were so far across the Sound that even with binoculars they were very tiny. But we could see their dorsal fins rising and falling above the water level. We saw breaches and tail flaps. Even at that distance, it felt so much more impressive and real than seeing a close-up on television.

But what I particularly liked was the loose community that developed. One woman had her phone out, and was passing on tweets from the Orca Network. Another woman, once we started seeing the whales, would comment on the behavior: “There’s a tail flap. There’s a breach.” If she hadn’t, we wouldn’t have known what was happening. There was some sharing of binoculars, and people constantly describing where they saw the orcas. We stood there at least an hour watching.

It was sharing the experience among ourselves that made this a uniquely urban experience. The way we came together, some people intentionally, some (like us) by accident, would never have happened anywhere else. On a whale watch cruise, we’d have been closer, but the community around the experience wouldn’t have felt as organic (mind you, if I have the opportunity, I’ll go on a whale watch cruise, now more than before). This was a pretty simple experience, after all, but with all the news about conflict and individualism and every man for himself, it was great to have.

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Presenting LOG

“Log” is what my wife and I call the above ivy root (it’s a Ren & Stimpy reference). This is what those little sprigs of ivy turn into when they’re allowed to spend years attached to a tree. Log is about four feet long.

Log gets two reactions from people: aghast horror from people who have never seen an ivy root before, and “meh, I’ve seen worse” from people who have.

Anyway, this is what we’re working to remove from our parks.

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I’ve been kind of a dilettante most of my life. Never had a career, just had jobs that funded various hobbies. Several times I’ve been excited enough by a New Thing to think this, this is what I want to do with my life.

But there’s an important common thread, whether it was mail art, zines, celebration arts (ie, Fremont Solstice Parade and other events the Fremont Arts Council sponsors), physical theater, photography, and now forest stewardship/restoration.

All of these activities had a low threshold for entering. You can do a zine with just a pen and paper. Glue stick, scissors, and typewriter are helpful but not necessary. And they had a high ceiling for ambitions. For instance, SubPop started out as a zine in the 80s, then they did a couple cassettes of NW bands, then they did a couple singles…

So it is with forest stewardship: The threshold for entering is to show up and pull ivy (or other weed). That can lead you into any number of areas: Urban restoration, urban forestry, target forest types and plant communities, community outreach, traditional ecological knowledge.

I have a lingering fear that I’ll walk away from forest stewardship the way I’ve walked away from so many other things in my life. But the only way to find out if that will happen or not is to fully commit to it wherever I am in the process.

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The forest is a place of many cycles. Some are much less than a year, such as the annual cycle of plants like Pacific Waterleaf (which grows in late February, and starts dying back in late July). A Western redcedar can be alive for more than a millennium, and spend just as much time as a nurse log before it returns to soil. An alder tree can spend 80 years on a stream bank and fall in a matter of seconds.

The short term scale for forest stewardship is on the order of 50 years. That’s how you should try to visualize the forest as you’re working in it now. This is longer than any plan I’ve made for my own life, and I think it’s longer than any plans people generally make.

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There is a lot of study on the benefits of the urban forest, and many of these studies have supported each other in their findings. Here are some of the benefits that have been found:

  • Trees help control stormwater runoff. They slow down the water before it his the ground. They also absorb and filter pollutants from the water.
  • They cool the city. Cities are heat islands, absorbing heat from the sun and reradiating it back. Trees shade the streets and sidewalks, which cools off the city.
  • They quiet the cities, as well, by absorbing sounds instead of bouncing them off.
  • They improve property values. In fact, it’s easy to tell the difference between wealthy and poor neighborhoods by the amount of tree canopy they have.

These are just a few of the benefits of urban trees and the urban forest. Alliance for Community Trees has put together a much more comprehensive resource list.

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Ivy is an introduced ornamental that has escaped the garden and is taking over the parks. Birds love its fruit, which leads to a seed rain falling down on us all.

Ivy can grow in very low light conditions (someone told me 1% sunlight) so you can’t shade it out. It happily chugs along until it encounters an obstruction, and then grows up the obstruction. Ivy can create monocultures that provide little or no food and habitat only for rats.

When the ivy encounters a tree, it will climb eagerly toward the sunlight. Ivy doesn’t kill trees outright, but the massive roots can weigh down a tree. If the ivy reaches the crown of the tree, it gets enough sunlight to flower and fruit, providing food for birds and a vigorous seed source. The ivy will keep growing , reaching out its thickening stems further and further. Soon enough, the ivy acts as a massive sail on the tree, and pulls the tree over long before it would naturally die.

One of ivy’s great competitive features is that it can easily reroot — if ivy is pinned down by a fallen tree, everywhere the ivy touches the ground underneath the tree roots, forming a massive network. Ivy can form a thick carpet. Its shallow, easily broken roots easily resprout when it’s pulled.

Here is a picture from Green Seattle Partnership illustrating the problem:

The Problem

An example of an ivy monoculture, from http://greenseattle.org/

Here is a chart showing what can happen if GSP and other organizations and volunteers weren’t working to remove ivy and other invasives:

What will happen if Seattle forests and parks do not have ivy removed.

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April 2011 was the Arab Spring, and there was an electricity and optimism to the world. It seemed that the vast crushing wall of systems could crumble and change with a speed we hadn’t imagined before.

I felt futile in the face of this. The electricity and optimism coursed through me, but what could I do? Pack up my camera and laptop and fly to Cairo and be some kind of gypsy photojournalistblogger? Probably not.

I felt like even if I couldn’t do anything as big as the changes I was reading about in the Middle East, I had to do something, and it could be just about anything, even it was futile and insignificant in the face of The Really Big Things.

So I started pulling ivy in a northwest Seattle park.

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There’s practically a sub-sub genre of books about children not getting enough time in the woods or nature. Last Child in the Woods: Saving Our Children from Nature-Deficit Disorder, and The Geography of Childhood come to mind immediately, although I wouldn’t be surprised if there are more.

The Geography of Childhood is the one I’ve read. At first, I had a resistance to it, as it extolled the wonders of a childhood spent in the desert, poking under every rock and looking at every cactus blossom. My childhood was spent in Chicago, and my roaming involved taking the el downtown. But the common thread between these two experiences is the unsupervised free roaming. That’s what kids today lack, whether it’s in nature or not.

The importance of free roaming is not just that it helps shape the brain for independent experience and analysis, but that it establishes a home range, a place for children to experience as their own.

I think more important than whether this roaming have an approved percentage of “natural” is that it be close to home. If you bundle the kids into the car and take them to the mountains, you’re just reinforcing the idea that nature is there and good, the urban/suburban life is here and bad.

With this home range established, they can more easily connect their actions to their immediate surroundings. And from this home range, they can extend their actions, and the effects of those actions, to the larger world.

In the specific case of North Beach Park, cleaning the park will help clean the water running through it, which will lead to an incrementally cleaner Puget Sound. From that connection, they can make larger connections.

Without this connection, however, ecological education is a bombardment of futility. Being presented with doom’n'gloom scenarios involving remote (to us) parts of the world doesn’t help build a sense that we can do something.

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I was a little bit into this work before encountering the phrase “urban forest.” I find it amusing, there’s a bit of self-contradiction to it to me. You don’t expect the word “forest” to follow “urban.”

But the forest remains — thin, neglected, and patchy as it may be. To my mind, abandoning the city altogether for a supposedly ideal forest helps neither the city nor the supposed ideal. And I think it’s important to realize that not only is the urban forest still here, but the needs for it remain as well: air cooling and cleaning, water filtering and slowing, carbon sequestration, habitat.

There’s no chance anymore to let “nature take its course.” We have to take an active hand in the management of the planet, and I think a good place to start is our neighborhood urban forest.

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“Developing community” is one of those things you hear as a benefit of volunteering. And it’s been my experience that bringing people with a mutual interest together can lead to community and friendships that reach beyond the original interest (in my experience, this has been most true in sf fandom, but I’ve seen many other examples of it).

But there are many instances of restoration work going beyond just the people of mutual interest and bringing together people that were previously antagonistic. For instance, the Yainix Ranch on the Klamath River brought together ranchers and Native Americans, groups that had previously been in conflict over restoration efforts. Elan Shapiro, in his contribution to Ecopsychology, talks about the Mattole River project, which brought together shareholder groups with widely varying agendas. I think this is an important aspect of restoration work.

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That sounds pretty dry, but the evidence is dramatic. Per Square Mile examines the question of whether urban canopy can predict wealth by looking at wealthy and poor neighborhoods in cities around the world.

Here is Seattle’s version:
South Park

Aerial view of South Park neighborhood in Seattle. Via Google Maps.

The Highlands

Aerial view of The Highlands, one of Seattle’s wealthiest neighborhoods. Via Google Maps.

Here’s more information about the correlation of wealth and urban canopy cover.

Mirrored from Nature Intrudes. Please comment over there.

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On the morning of Tuesday, August 7, forest stewards and others who have benefited from Green Seattle Partnership testified to the Seattle City Council “Libraries, Utilities, and Center” committee, which is Jean Godden (chair), Richard Conlin (vice chair), and Sally Bagshaw. The speakers included me, as representative of North Beach Park; Mary deJong and some girls from Refugee Women’s Alliance, as representatives of Cheasty Greenspace; and two men who gave more technical presentations before and after us. There was also someone who spoke against the rate increase. I think he made a good point about the rapid increase in drainage fees. However, that could be addressed by the city including some mitigation for rainwater retention — lowering rates for people with cisterns or rain gardens, not just giving rebates for the installation. After that last public speaker, we left.

The public comment section is the first part of this embedded video.

The first GSP speaker starts at 3:20, and I start about 5:30. The other GSP speakers are worth watching as well, and the man opposed to the rate increase.

I think it went pretty well, and hope that the rates are used to fund GSP. Don’t think that’s easy for me to say, being a renter. It’s very likely that cost would be passed on to me by the landlord (which is only fair). Also, there is not a square inch of permeable surface on the lot my apartment building is on.

And now, here is the complete statement I’d planned on reading.

Good morning, council members. My name is Luke McGuff, and I live at 59th St. and 20th Ave. NW, in Ballard. Thank you for the opportunity to talk about my volunteer work at North Beach Park.

North Beach Park is a 10 acre ravine located at 90th St. NW and NW 24th Ave. Like urban ravines everywhere, it was used as a dump – we’ve found tires, shopping carts, water heaters, oil tanks, even the front end of a car.

But it also provides a beautiful urban oasis. Just a couple dozen yards down the main trail, the city noises fade away and you’re surrounded by bird song and the sound of a babbling stream.

Because it is such an oasis, the neighbors, from Olympic Manor, North Beach, Crown Hill, and other nearby areas, really love it. So when restoration work started in 2011, there was instantly an outpouring of support.

Personally, one of the great things that has happened is that working on the park has given my life a little more focus than it had before. Many of the working relationships have grown into friendships, through the community-building experience of shared work.

Another great memory is when an 8th grade group from a U District Alternative School came to the park last January. They had a great time, and got more trash out of the park than any other group before or since.

The support of Green Seattle Partnership has been invaluable, and I wonder how long term forest stewards were able to work without this support. Tool delivery and pick up, trash removal – sometimes hundreds of pounds at a time – training, promotion, and just the feeling, overall, that someone had my back. GSP has also been a great information resource, on best practices for invasive removal, planting techniques, native plants.

GSP training has helped me see that North Beach Park is far from an ivy or blackberry monoculture, that it has many plants that are rare or even nearly extirpated in Seattle. It’s also helped me see that this work has begun just in time – the existing alder and big leaf maple are near the end of their life spans, and it’s critical we get conifers in and the laurel, holly, and other weed trees out.

Water enters North Beach Park through a number of broad horizontal seeps. During and after rain storms, there are two locations where street run off enters the park. As we restore the health of the park, this water will be filtered, slowed down, cooled, and enter Puget Sound cleaner than it would have without our efforts.

North Beach Park is across the street from an elementary school. I have a great interest in getting the school kids into the park. There is graffiti on the trees and evidence of adolescent partying. If we get the grade school kids into the park, they’ll grow into teenagers who have a better sense of the treasure this is. Also, when we begin working on trails, the park can provide a safe route to school – currently, kids who live on the west side of the park have to walk blocks out of their way or get driven.

Mirrored from Nature Intrudes. Please comment over there.

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June 2017

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