
Pretty bird after molting:

Ornamental grass plumes:

Sleeping garden:

Old nest:

Lone leaf, mirrored branches:

Lavender:

Still colorful perennial geranium leaves:

'Autumn Joy' sedum:
This disease has been running rampant throughout Vermont this season, affecting both potatoes and tomatoes. I thought I had beat it. My potatoes were fine, and there were no signs of blight on the tomatoes until about two weeks ago...
Late blight is the same disease that caused the Irish potato famine of the 1850s. It's airborne, serious, and thrives in wet weather -- the first half of our summer. The newspapers are telling us all to destroy the plants to help stop it from spreading next year. It apparently doesn't overwinter in the soil, so that's an advantage, but it can overwinter in infected potatoes left in the soil.
I'm so reluctant to pull up and burn the plants. Tomatoes are always the glory of my garden; canning salsa is my gateway to fall. I've harvested a few unblighted fruit and am I've been waiting to see if I can get any to ripen before they turn. But I think the battle is over. I'm going to need to buy a bushel or two.
A sad season indeed.
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I visited the Isham Family Farm with Max's Kindergarten class this afternoon, where we toured the sugarbush (aka the maple tree grove), ran through meadows, learned about the sugaring process, and tasted the sap, syrup, and donuts covered with maple glaze.
Today, the process uses more equipment, but the basic process is the same. Collect the maple sap, boil it down, and bottle it. At the first caw of the crow -- usually in early February -- the Ishams install 800 taps in their sugarbush, all connected to a series of tubes that are eventually pumped into the sugarhouse. When the weather warms to above freezing during the day (but still colder at night),the sap starts to run. Once the Ishams collect a few hundred gallons in the sugarhouse, they load it into an evaporator fueled by a wood fire and boil it for the better part of a day until the syrup reaches a 66-67 percent sugar content at a temperature of 7.1 degrees Fahrenheit above boiling. After it cools, the syrup is filtered, graded (Light Amber, Medium Amber, Dark Amber, and Grade B), and canned. It takes 40 gallons of sap to make one gallon of syrup.
I thought I might tap a few trees this spring but didn't get around to it, and given that the flow of sap is dependent on certain weather conditions, I've probably missed the window. Besides, we really have only one or two maple trees that are large enough to tap, so the sap I'd collect would probably make about a cup of syrup. Maybe next year...