The day before I took on the Scotch broom (previous post) I indulged in a day of scouting for birds and plants. It is so much easier to see birds since the tree thinning! I finally got a picture of the white breasted nuthatch (there are at least 2) in its element, with a tasty morsel of some kind – nowhere near a feeder!
There is a class of weeds that are legally defined as NOXIOUS. This is a special term applied to weeds that are so aggressive as to be considered economic and ecological dangers. They can completely alter an ecosystem by changing the soil nutrients, pH, or forming a monoculture that excludes other plants. Dandelions may be weeds (a weed control specialist once termed them obnoxious), but they are not designated as noxious because they are not capable of destroying crop value or ecosystems. They and many others are “background weeds” we live with.
The people who decide who gets noxious weeds status are the state and county noxious weed control boards. The Department of Agriculture is the supporting agency for these boards, because noxious weeds were recognized as an economic problem for agriculture. Controlling noxious weeds also protects ecosystem integrity in natural areas. Many weeds that don’t seem that bad to the average person can be very bad when they are unleashed in the countryside.
Scotch broom (or Scots broom) is a noxious weed. Its natural enemies are back in the homeland (Europe) so it can spread at will here. However some insects that eat seeds and vegetative parts of it have been introduced and may help control it.
We are dealing with the legacy of soil disturbance from grazing, logging, and trail blazing followed by Scotch broom invasion. When our restoration work was done, huge patches of it were mowed, and mowed again in subsequent years. But mostly just keeps the plants short. To kill it, one can cut large stems during summer drought, spray when it’s in bloom (highly effective), or pull small ones. Each method has its advantages and disadvantages. In an area where the seed has fallen and built up in the soil, it can take many decades to exhaust the seed bank. Pulling can bring seeds up to the surface and result in a whole new crop the following year.
Which brings me to my latest small project: due to weather and other circumstances, a couple of our scotch broom patches had not been mowed for one or two years, and it had grown taller. This actually makes is easier to spray, since when it’s short it is hard to kill because it doesn’t have enough leaf area and doesn’t bloom.
This winter I tried using a dormant spray on the evergreen stems which were more ‘alive’ due to the mild winter we had. It is more difficult to get all stems covered with a dormant spray, but easier to avoid killing the plants you want, as they have all died back. A combination of Triclopyr (Element 4A), and an oil/adjuvant (Mor-Act) seemed to do the trick, although it takes a heap-o-spray to get total coverage. I sprayed again during bloom, which was very effective.
One problem area was the nectar plots where we had planted wildflowers. The broom had invaded them over the years. Suddenly after a couple of years of no mowing, it was blooming. I couldn’t spray it without killing the wildflowers.
I hauled the weed wrench up the hill and brought along my spray bottle of herbicide and loppers. The ground was still soft from recent rain, so I thought perhaps I could minimize disturbing the seed bank by careful use of the weed wrench to pull the broom. It’s a satisfying plant for pulling – the taproot comes easily out of the ground with a ripping sound and not much fuss. But this was a rather slow operation. Actually weed wrenches are often more attractive as an idea than a tool. They are fun and easy to use, but the soil disturbance frequently outweighs their benefit.
I thought perhaps I could test the effectiveness of various methods, and speed things up too, so I switched to cutting with loppers, spraying the ends immediately with a 1:3 mixture of triclopyr (Garlon) and water from a spray bottle with a little surfactant – a variation on the “cut and paint” method. The weather was hot, the broom plants numerous, and so I decided to also add a third treatment – just cutting. I am curious about how late in the season cutting alone will kill broom. Ideally, that’s a method for older large stems that have more trouble resprouting and it is supposed to be done in the hot dry summer to make it doubly difficult. Some of the stems I was cutting were smaller, and we subsequently had several weeks of cold damp rainy weather, so I don’t expect those to disappear. However, at least the wildflowers had some light to grow.
same plot three weeks later – rose checkermallow in bloom. dead broom mulch
Get an FSC certified log of your very own!
Intrigued by the idea of growing your own mushrooms? I am happy to offer FSC Certified, inoculated mushroom logs, hand cut and inoculated by me. Also fresh mushrooms, on occasion. These logs will fruit multiple times per year – how many times depends on whether one forces them or lets them fruit naturally. They can be forced every 2-3 months, or allowed to fruit when they feel like it (Spring and Fall). They last two or more years, before the carbon is used up (digested) by the fungus and the log is spongy and ready to add to your compost or garden beds.
These are so so fun – who wouldn’t want a conversation piece like this in the garden?? If you like tasty, heathful Shiitakes, or lovely Oyster mushrooms, AND you live in Oregon or Washington along the I-5 corridor, get in touch for a delivery of a log or fresh mushrooms. Payment is by paypal buttons in the sidebar.
NOTE: logs need to be kept outdoors in the shade so they get sufficient light and air. Just soak in a tub of water about once a week or ten days during dry months to maintain the fungus body (mycelium) in the wood. Rain will water them in the winter. Full instructions and a subscription to the Mushroom Bulletin for growing tips included with your log.
If you don’t mind having a log that is not currently fruiting, I have a collection of logs that have fruited and are resting. As they age, the number of mushrooms increases; later crops cover the log from top to bottom! Each crop can weigh up to a pound.
Just when I had given up on new discoveries, up pops a plant not yet seen on our place (by me anyway). Here is it in bud:
It’s quite impressive at a foot or more tall, still in bud. How long has this bulb been growing in the deep shade, getting large enough to bloom? Was the ivy and Vinca from the yard smothering it all these years and now – like the plants on the savanna and woodland – suddenly released, it appears? Wow. Another name for it is rice root. Indigenous tribes used the bulbs for food. The plant also produce small, rice-grain-like offsets.
Here’s another. I thought we had just one patch of these in the woodland. Now, on the hill above the house where we had trees removed almost 2 years ago, they appear magically! Shooting stars (Dodecatheon hendersonii) – recognizable by their spoon-shaped, slightly succulent leaves. This is a photo from 1 month ago just before bloom time.
Although not new, here is a reminder of what emerging Rein orchids (Piperia elegans – the fat leaves), sweet cicely (Osmorrhiza sp), hairy cat’s ear (Calochortus tolmiei - single grass-like leaf), sanicle (Sanicula crassicaulis – lower left), and self heal (Prunella vulgaris – lower right) look like as they’re just waking up.
Phenology is the study of periodic plant and animal life cycle events and how these are influenced by seasonal and interannual variations in climate, as well as habitat factors (such as elevation). The word is derived from the Greek φαίνω (phainō), “to show, to bring to light, make to appear” + λόγος (logos), amongst others “study, discourse, reasoning”
I missed a week (two?) of posts because of being busy with the mushroom logs. Then when I started this post about one word – phenology – it took on a life of its own and went down several tributaries. But here it is at last.
The scientific world has been all abuzz about phenology for some time now, because the warmer climate is causing big changes in how early plants flower, when birds and butterflies migrate, and other appearances on the landscape. What’s the big deal?
Plants are a source of pollen and nectar for insects and hummingbirds, among others. Migratory species in particular time their movements based on available food along their routes and at their destinations. This is critical for survival.
You may have heard about the issues that monarch butterflies are having, what with habitat destruction, (in their overwintering areas, and along migration routes) and most recently, large areas of genetically modified crops that allow “weed” control on a scale previously impossible. Monarch caterpillars specialize on milkweed, a native plant that is considered expendable on corporate farms, and now almost completely destroyed by greatly increased use of Roundup herbicide.
But back to phenology: If plants flower before their pollinators arrive, the species don’t interact as they have evolved to. However, the arrival of birds and also their expanding ranges indicate that they and other species are probably adapting to changing availability of food resources – the complicated dance of adaptation and survival has been going on for aeons, after all. The difference now is how fast change is taking place, and how many species will get left out in the process. Accelerated change is the result of global climate change caused by humans. So much so, that there is a new word coined to describe the era that we now live in: the Anthropocene. It is hypothesized that it will be the era of the sixth great mass extinction. Here are top-notch podcasts about the topic from a group of nerdy science grads who can really communicate and entertain.
Here in Gopher Valley, I started taking photos of plants in bloom, and this year I thought to compare the bloom time for one or two. There is nothing like a photo to cut to the important features and make connections. As we all know, year to year variation is normal, so this isn’t a scientific study. However, over long periods of time, the signal or trends show up, and that is when it gets really interesting.
One of the most interesting aspects of adaptation is that species change at their own rates, so you don’t see whole groups or ecosystems changing simultaneously and marking north together across the landscape. Plants (and animals) form unique new assemblages as conditions change. This is well documented in the literature of post-glacial vegetation by many authors. This time, in the Anthropocene however, things will be even more complicated because human agriculture and habitation is blocking migration corridors, leading some to advocate for a controversial method of conservation called assisted migration.
As you look at my examples of phenology, and after you listen to the podcasts and poke around the links above, check out some long-term phenological studies that really say something about what is happening in the natural world. Here’s one to get you started.
I hope you will be able to put down all extraneous gadgets (except the one on which you are reading this), and just listen to this 40 minute podcast. Jenny Price is articulate, specific and eloquent on her subject. Humorous, and not righteous or dull. I am going to have to really try hard not to make “green porn” a new buzz phrase.
I cannot possibly add anything. HOWEVER – there are (a lifetime of) discussion possibilities here. I invite your comments and ideas!
On the savanna in the late afternoon, surrounded by lichen-draped oaks; noting the attractive old ones, the new straight ones with potential beyond our lifetimes, mistletoe, galls. Mindfulness comes naturally.
In this video of early spring you can see the effects of not mowing. The reason was fire hazard followed by soggy soil, (drought/deluge) last fall. A lot of thatch from old non-native grasses and taller scotch broom remain; but I hope that will make it easier to kill the broom this spring. Mowing as a substitute for fire is not ideal, although better than nothing.
Other interesting things I found this day out will follow in the next post!
I am reblogging this story by David Haskell, a scientist and natural history author that I follow. It is a great example of good ecological sleuthing, nice descriptive prose, and ecological principles that are very applicable to our own PNW forests. Read on!
This is unscientific, because their appearance coincided with an improvement in my birding skills, but I noticed three bird species last summer that might be new arrivals: Purple Finch, Western Wood-Pewee, and Lesser Goldfinch, plus the aforementioned White-Breasted Nuthatch this fall and winter.
Hoping that we had some rare and important new species, I cracked open the Land Manager’s Guide To Bird Habitat and Populations in Oak Ecosystems of the Pacific Northwest (note that link goes to part II). Of the six “obligate or near-obligate” species (don’t live anywhere else, or if they do, then much fewer outside this habitat), only two – Acorn Woodpecker and Slender Billed White-breasted Nuthatch have ranges in our part of the Willamette Valley. When we have a resident Acorn Woodpecker, we’ll have all two of them and the champagne corks will pop.
Moving into the more numerous “highly associated” species part of the list, we’ve seen or heard 13 of 20. The authors note that “highly associated species are those that are abundant in some other habitat(s), but reach some of their highest densities in oak habitats.” So not all of these are bell-ringers, so to speak.
The 13 in our neighborhood:
- Bewick’s Wren*
- Black-capped Chickadee*
- Black-headed Grosbeak
- Chipping Sparrow
- House Wren
- Lesser Goldfinch
- Purple Finch
- Spotted Towhee
- Western Bluebird
- Western Scrub-jay
- Western Tanager
- Western Wood-pewee
*For the record, these are pretty common in urban Seattle neighborhoods too
I think the neighbors’ 92 acres to the south are providing a lot of this habitat. We are watching closely for signs of a land sale at that location. It would be a tragedy if it was cleared, following the trend to plant crops on former woodland.
So, back to the ones that cropped up on the radar recently. Lesser Goldfinch prefers tree/shrub and shrub/tree edges and open areas. We saw them foraging on the open savanna area last summer on weeds (weeds!). They like the thistle and sunflower-family (Asteraceae) seed, and they were dancing around over the false dandelions in the savanna.
Purple Finch Listed as a short-distance migrant. Abundance is higher in larger patches (>25 acres). Since ours is 20 acres, the adjacent habitat is probably improving the chances of having them here. Here is a fuzzy photo of one at the feeder last summer.
Western Wood-Pewee. The guide lists this species as a “potential ‘early responder’ to overstory thinning or conifer removal that opens up the canopy of oak or oak-fir forest”. Ah-ha, I’ll take credit for that! I watched one fly to a nest in the fork of a tall skinny oak in the newly thinned woodland. They may have been here previously and we mistook it for some other sort of flycatcher, but they are making the most of the new habitat. They are really easy and fun to watch when they’re feeding because they perch near an opening and fly out and back catching insects. There is an audible ‘snap’ of their beak as they make contact.
Here is someone else’s Youtube video of one in Arizona
I was sorry to learn from The Sibley Guide that “recent population declines in…the Western Wood-Pewee may be due to major losses of wintering habitat in the South American Andes, the result of human activity”. The double liability of habitat loss for long distance migrants in both breeding and overwintering areas is a very complicated issue for conservation.
White-breasted Nuthatches are residents (non-migrating), and they use edges and small habitat patches. So they should be better off if the acreage in woodland restoration continues to increase. If I do nothing else this year, I am going to get a photo of ours that’s in focus.
Lesser Goldfinch. Another resident and edge-user. Good prospects for our population because we’ve got edges galore! Here is someone else’s Youtube video of one at the Tualatin River NWR not far from us – and a really great place to visit.
Feb 26, 2013: Overnight Low 30° F 9:20 a.m. 34°F Rainfall since 2/25/13 .55″
Feb 27, 2013: Low 38° 9:40 a.m. 45° Rainfall 0
I really enjoy checking the weather station stats on the indoor display console several times a day.
Although it rained like crazy, between showers it was bright and warm, the sun was blinding, actually, as I puttered among the weeds in the garden looking for native plants that I’d sown from seed in years past. Some are not yet up, but many are bright and chipper, looking as if maybe they never died back completely, despite protracted sub-freezing temperatures this winter.
Meadow checkermallow, Sidalcea campestris, forms crowns early and spreads easily once it germinates.
Perhaps the ground-huggers find it easier to overwinter. The champion germinator of broadcast or row-planted natives, Prunella vulgaris marches on. Maybe that’s why it’s called self-heal. Nice ground cover and lovely purple flowers over a long period for nectar and pollen.
Potentilla glandulosa and P. gracilis (five-fingered cinqefoil and sticky cinqefoil) set many tiny seeds (think strawberries without the juicy part) but did not germinate in great numbers when broadcast. Those that did, survive happily, however.
The gray remains of last year’s Oregon sunshine, Eriophyllum lanatum, seen above new growth just getting started.
In the half-day shade on the west side of the shed, these Pacific madrones, Arubuts menziesii, have not been watered since sowing in winter 2010. Easy from seed (and not fresh seed at that- it was collected in 1999). I transplanted some to the hedgerow this winter, and will eventually distribute them around hoping for their continued survival.
Several thousand – literally – great camas, Camassia leichtlinii are on their second year. I separated and replanted most of the thickly sown seeds-now-bulbs that formed the first year until I wore out. So some are still in their previous crowded pots, like clumps of grass; those are the ones that are sending up the first shoots! (See below).
To say these are easy from seed is an understatement – I have to share with you the comment I received from one of my customers in the UK who purchased Camas seed from me to round out his collection,
“O frabjous day! Callooh! Callay! He chortled in his joy!”
Just a quick note to say that the Camassia seeds are coming up now, a bit like mustard and cress, so I hope I have enough space in the pot I sowed them in. Wee beasties aside, I should have a veritable forest of Camassia in a few years time.
From one very happy gardener on the other side of the pond.
A gathering of robins, festooning the trees at dusk, kept me company. Great horned owls began moving from woods to meadow edge, conversing between themselves. Across the valley a western screech owl tooted out its ‘bouncing ball’ call.
Here, belatedly, is a short video of my Willamette Valley Specialization group in the Oregon Master Naturalist Program. This was the field portion of a day learning about birds and plants of the endangered Oregon White Oak Woodland and Savanna ecosystems. (With regard to Oregon white oak vs. Garry oak, see the note on Oregonian naming practices, on my other blog.)
Following up on the last post about owls. Here is a fun and interesting look at beaks of different birds. The all important way they hunt and eat. Although many are from the Eastern US, look for our Northwestern species: Great Horned owl, American robin, merlin, Cooper’s hawk, red-tailed hawk, screech owl (eastern here but probably similar to ours), grackle (close to crow or raven), American coot, Swainson’s thrush, Grosbeak may be similar to our black headed grosbeak?
Originally posted on Ramble:
Last week my Ornithology class started their bird anatomy studies with dissections of road- or window-killed birds. The project will continue, as in years past, with cleaning of bones and reconstruction of the skeleton, ending with an articulated specimen.
I took the following photographs of beaks before the class started. Can you identify the bird from the beak? Answers with some additional information are listed below. Hovering your mouse over the images will reveal the name (take care when dangling rodents next to birds of prey) or click on any of the images to see a slideshow with answers included.
- The insect killer. Carolina Wren. Long beak with a downward curve. Great for probing insects out of tangles of vegetation.
- Worm slayer. American Robin. “with a start, a bounce, a stab/Overtake the instant and drag out some writhing thing” Also fond of fruit. Hughes didn’t…
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When I was out on the hill killing scotch broom the other day, I heard the great horned owls spooning. There is something comforting about these big birds still choosing to nest among our firs. They are one of the most melodious owls – so pleasant to listen to.
Later I heard a sound at dusk behind the house in the woods. When I went to investigate, it stopped and started up again down by the pond. Just enough time for one bird to fly down there. I thought it might be one of the owls, since they fly away like that in the daytime, but the call was just a short, rising couple of notes. After much searching through recorded bird sounds, I finally found the little short call I had heard, not included on most recordings at all, but very distinctive.
Until I can record our own owls on my phone to post (can’t say I’ll ever get a good photo), let me introduce you to the professionals: Feathered Photography and bird calls at the Neighborhood Naturalist.
20& to 30% slopes, very little level ground, lots of noxious weeds, stuff to carry for planting. I thought long and hard about equipment to get stuff up the hill (in the wet, in the blazing sun). I spent years carrying herbicide in containers, on my back, in a wheelbarrow, etc, dreaming of just the right conveyance. We need to haul rocks for daylighting our stream crossings. I need to get the mushroom logs down to the house.
Things that you ride, like ATVs, tip over, and they don’t have tracks – which I think is essential for secure maneuvering. Big machines like the skid steer, (which is a dream come true) are huge, and expensive. The one thing we tried that seemed comfortable was this baby:
I recently read this article in the New York Times, and it reminded me that I had also written a blog post on the same topic. Of course the great scientist, Bernd Heinrich, has thought way beyond my musings, but there are parallel observations nonetheless.
And here is the real deal, scientifically speaking. I must read that book!
A previous post showed the general lay of the land over time in our neighborhood. Here is a closeup of changes we have wrought since we’ve been there. If you click on a photo it will take you to gallery view.
The first conservation treatment brought in a mower to cut down huge old growth scotch broom – scourge of Northwestern natural areas. Smaller trees were sheared on the west side, and near the middle of the 20 acres (2006-2007) to create the savanna and oak woodland. The relatively filled-in appearance after 1994 is likely due to a lot of regrowth of weedy brush (broom and blackberries) over disturbed ground.
Our latest treatment began in 2011. This is where you can see change on the landscape more clearly. We had more trees sheared, and a lot of larger diameter trees were removed – 2011 and 2012 photos show the opening of the oak woodland/savannah in the center and lower left (SW corner) near the pond, where the “boulevard” was opened along an existing pathway with removal of many smaller firs and some oaks).
Although the first treatment brought major changes on the ground, the activity is more obvious from the aerial perspective in the last couple of views – possibly because of the size and number of trees removed with the last cut. Over 100 oaks, and about 100 firs were removed, and they were larger than the ones that were sheared initially.
Another change that is more visible recently is seen in a faint diagonal opening just above the middle in the land of moose and squirrel. This is where fir trees were girdled and are now standing dead trees, plus three large snags intentionally left alive but with most limbs removed. Dead trees and a trail just above them look somewhat like the 1994 view before trees and brush filled in.
So, some real habitat changes now, encouraging the ‘traditional’ residents of the oak savanna and woodland. Got those white-breasted nuthatches (two at least) so maybe they will build a nest this year!
Perhaps I will take you on a video tour soon…
I’m reblogging a post from this wonderful southern Oregon bird blog, because it is so appropriate and I can’t really add anything:
It was 20 deg F last night, and stayed cloudy all day, preserving the thick layer of frost on all things leafy.
We had lots of birds flocking in to gobble birdseed, suet cakes, and leftover apples hanging in the trees. Notably, also a brand new bird siting (for us) – a Townsend’s Warbler partaking of the granny smiths. They winter along the west coast. It was a treat to see a new visitor we would likely not see in the summer. Here’s a great video http://youtu.be/hpQlILzavms Check out the eyeliner!! I only wish the videographer would keep his cat indoors, such an obvious example of why he should do that.
We still have the one White-Breasted Nuthatch hanging around with the Red-Breasted ones, who practically sit on your shoulder in their frenzy to eat enough to keep from freezing. I noted a Stellar’s Jay scaring off the WBNuthatch as it was cracking a sunflower seed it had wedged in the bark of the dougfir. The Jay snatched it. Turns out those jays can cling to the bark too, the bullies. The WBNuthatch may disappear once the weather warms up, but I hope it finds a mate and settles down for the summer.
Here is the bird lineup near the house currently:
Townsend’s warbler (new to us), white breasted nuthatch (recently noted), Stellar’s jay, black capped chickadee, chestnut backed chickadee, (oh- they are sooo dapper!), dark eyed junco, golden crowned sparrow (took awhile for Tom to settle on that i.d. as their crowns are not very golden in winter), spotted towhee, mourning dove, varied thrush (heard the policeman’s whistle of its call briefly in the evening, and then it visited the ground under the feeder); heard but not seen – golden crowned kinglets.
This is a gallery of landscape changes in our little corner of the world. In a very short time (1994-2012), the local vegetation has been altered by land management quite dramatically. From our perspective (our 20-acre rectangle) it often seems overwhelming.
In 2005 we had a comfortable buffer of forest around us for the birds and wildlife we like to watch. We knew it was tree farm country, so logging was a given but, patchy as it was, it didn’t seem too traumatic. You can see the tree farms mostly blanketing the area in the earliest GoogleEarth map.
Then came a shift in land use – ‘conversion’ is the term – from timber to vineyards. Watch the photos as the trees begin to disappear. Vineyards and orchards sound like a sort of idyllic alteration, but think just a minute about what that entails. Conversion from old growth to tree farms is a step away from diverse, patchy habitat of a particular kind: spotted owls, flying squirrels, really big trees with a lot of carbon stored in their massive trunks, a lot of cavities for owls and other specialists. Old growth trees (250+ yrs) that store and hold – sequester – more carbon than any other type of forest. You can see that even in the earlier views, the connectivity between patches is important – those are corridors that allow wildlife and plants to move across the landscape either to escape the clearcutting or to find food or mates.
Timber farms, especially smaller ones cut in patches on a long rotation, (time between cuts), shelter many important organisms while they grow, and if those plants and animals are lucky, they can shift over to another patch when the clearcut begins. Technically, people are required to leave a certain number of trees and snags, but the rules about that are so lenient that it doesn’t really amount to anything ecologically important in most cases on private land. Federal forests are another story, as they are managed differently. The other thing about forestry is that there are relatively long periods between soil disturbance.
Now, step it up one notch with conversion from timber land to row crops, vineyards, or a hazelnut orchard. If you look, you can see that to the north and east of our 20 acres, all trees were removed, conifer, oak, even the ones that were formerly left by commercial forestry. Stumps were bulldozed, burned, and the land plowed. Two major changes that occur now are the absence of trees and shrubs, and soil disturbance on a regular schedule. Weed control and monoculture demand constant spraying, plowing, or both. All these activities restrict plant life and, importantly, affect the insects that can survive in disturbed habitat.
Unless a farm, orchard, or vineyard is conscientiously managed to leave patches of undisturbed habitat for native ground nesting bees, predatory insects, and other beneficials, the landscape is a depauperate one compared to a natural one.
In the gallery above, you can view the transition from 1) patchy timber harvest to 2) clearcuts on a larger scale (there is a large absentee landowner to the north and east of us who is progressively extracting all the monetary value from his timber, then selling off the land) then 3) conversion to vineyard to the east and north. Note the extremely clean patches and rows of plowed and planted crops. Oak trees that were left after cutting douglas firs were stripped off the land and sold for firewood. Thankfully, a few trees were left around a low spot on the east side, that is the source of a stream that flows across our property and down to Deer Creek. However, our hydrology is permanently altered. Erosion from the force of high water flows, and lower flows in summer are byproducts of vegetation stripped off the soil surface.
Next week – the closeup view of our patch before and after we acquired it.
In my post last week, I had to re-edit to mention that I actually did see a white-breasted nuthatch on our trees and at the feeder. I was probably so excited to report it that I mistakenly edited out that part.
This week, a news item just out reports that the Fender’s Blue butterfly numbers are up at a large reserve near Eugene in the Willamette Valley. Many have rallied around this small, but charismatic species. Unlike the nuthatch and acorn woodpecker, the Fender’s Blue is on the endangered species list. (The birds are slowly sliding toward it in some locales, but their numbers are still up).
A thought or two about insects: perhaps they can recover more quickly than some species (i.e. the spotted owl, mentioned in the article) because their populations have a quicker response time, or because their territories are smaller and more easily managed.
Many things going on there – they don’t have the competition from bigger more aggressive species like the spotted owl does. Insects also tend toward boom and bust cycles because of weather, food, disease and such, although some more than others (think aphids – at the bottom of the food chain and also designed for rapid reproduction). If their numbers drop, or rise, it may depend on environmental conditions other than the management strategies that people are using.
Nevertheless, these strategies are undeniably beneficial. It does one good to start the year with positive news. Maybe we’ll have some Fender’s Blues on our place soon. We have a patch of their larval host plants, some nectar sources, and it would be great if the Conservation District would decide we are worthy of burning the fields! I’m still pestering them about that…