My Plant Giveaway

2013-04-30 UPDATE: Full house! Sorry, but the response was enthusiastic. I already have all my availability booked for this weekend. If I have any time on subsequent weekends, I will post another update here.


I’m reorganizing some of my planting areas this Spring. I have many overgrown perennials taking up too much space in my garden. I would love to share them with you.

I’ll be working in the garden this weekend, weather permitting, from Saturday May 4 about 12 noon on, and Sunday May 5. I’m on Stratford Road in Beverley Square West (between Cortelyou and
Beverly Roads). Email me at xr@gmail.com to set a time to stop by and we’ll dig the plants fresh out of the ground for you.

If you don’t know what will grow, tell me what you have to garden in and I’ll give you something that will grow well for you. I have plants for sun, shade, or anything in between:

  • Corydalis cheilanthifolia (ferny foliage, yellow flowers, blooming now)
  • Hemerocallis, Daylilies (mostly the common orange H. fulva, but also some fragrant yellow ones)
  • Iris siberica, Siberian Iris
  • Bearded Iris, Purple-flowering, smell like grape jelly
  • Hosta (plain green leaves, purple flowers)

I also have some native plants – my specialty – that have thrived enough for me to be able to give some away.

  • Asarum canadense, Wild Ginger
  • Helianthus, tall perennial sunflowers, including H. tuberosa, Jerusalem Artichoke
  • Onoclea sensibilis, Sensitive Fern
  • Phlox stolonifera, Creeping Phlox
  • Pycnanthemum, Mountain-Mint, a great pollinator plant
  • Viola, violets, both purple- and white-flowering

… and maybe others if we hunt around the grounds.

All of these are “outdoor” plants. They need the cold of Winter to rest each year. Some of them can be grown in containers; you don’t need to have ground to garden!

Happy Gardening!

A Busy Flatbush Gardener’s Weekend

I’ll be out and about in the community at two events this weekend. Stop by and say hello! And maybe pick up some tips and plants while you’re at it.

Saturday, April 21, 9:30-1:30
Sustainable Flatbush Church Garden – Earth Day Open House
Flatbush Reformed Church
2121 Kenmore Terrace, off East 21st Street, one block south of Church Avenue

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Sunday, April 20, 12-3pm
Great Flatbush Plant Swap 2013
Flatbush Food Coop
1415 Cortelyou Road, corner of Marlborough Road

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Related Content

Great Flatbush Plant Swap 2013, Sunday, 4/21, Noon-3pm

Links

Sustainable Flatbush: Save the date for our Earth Day Open House!

Great Flatbush Plant Swap 2013, Sunday, 4/21, Noon-3pm

This Sunday, April 21, from noon to 3pm, join your fellow green-thumbs, and brown-thumbs, for the 2013 Great Flatbush Plant Swap.

Got some extra seed-starts you don’t need? Leftovers from dividing perennials? No place for that shrub you just dug out? Looking to start a new garden, and want some free plants? Looking to meet your gardening neighbors and pick up some tips?

Each year we’ve done this, we’ve re-distributed hundreds of plants. No plants? No problem: everyone can bring home a plant, even if you have none of your own to swap. You don’t need to bring something to be able to take something away.

Co-sponsored by the Flatbush Food Co-op and Sustainable Flatbush, this is an opportunity to share or swap plants, meet your gardening neighbors, and get some free plants.

When: Sunday, April 21, 12noon-3pm, Rain or Shine
Where: Flatbush Food Co-op, 1415 Cortelyou Road, corner of Marlborough Road

2013 Plant Swap Flyer
Credit: Baly Cooley

Related Content

2011: Second Annual Great Flatbush Plant Swap
2010: The First Annual Great Flatbush Plant Swap, Saturday, April 24

Links

Atteva aurea, Ailanthus Webworm Moth

Atteva aurea, Ailanthus Webworm Moth, on Pycnanthemum, Mountain-Mint, in my garden last weekend. The intense colors are believed to be aposematic, a warning coloration to deter predators, probably because they would be distasteful.
Atteva aurea, Ailanthus Webworm Moth, on Pycnanthemum, Mountain-Mint

The larvae – caterpillars – feed in communal aggregations, like tent caterpillars. Around the globe, caterpillars in the genus Atteva are known to feed on plants from at least a half-dozen plant families. But they favor plants in the Simaroubaceae, the Quassia Family.


The Quassia Family includes the infamous invasive tree, Ailanthus altissima, Tree-of-heaven, probably best known as “that tree what grew in Brooklyn.” So, as Ailanthus has invaded here, Atteva aurea discovered a new suitable host. It’s likely this has supported an increase in its numbers, and possibly its range, from its original native populations.

Atteva aurea, Ailanthus Webworm Moth, on Pycnanthemum, Mountain-Mint

Atteva aurea, Ailanthus Webworm Moth, on Pycnanthemum, Mountain-Mint

Atteva aurea, Ailanthus Webworm Moth, on Pycnanthemum, Mountain-Mint

Taxonomic notes

Atteva is the sole genus in the subfamiuly Attevinae, the Tropical Ermine Moths, of the lovely-named family Yponomeutidae, the Ermine Moths. “Ermine” because the moths’ coloration resembles that of the spotted forms of the coat of the Ermine, Mustela erminea. This is a photo of another Ermine Moth, Yponomeuta evonymella, showing the classic “ermine” pattern of that species. Image ©entomart, via Wikipedia/Wikimedia.

Per BugGuide, the family name, and the genus from which it arises, is likely a typographic error:

Family is named for genus Yponomeuta Latreille, 1796. That name was apparently a typographic error (!) for Hyponomeuta. That would be a combination of Greek prefix hypo under, plus nomeuta (unknown, perhaps from Greek pno air; breathing, plus meuta?)

The many ecotypes across the wide range of this species give rise to variations of color patterns. These variants have identified under many different specific epithets, and even other genera. (BugGuide notes: “This moth belongs to a species complex that was recently split”). Because of this, searching taxonomic-based resources, such as the Caterpillar Host Plants Database,  for this species may not identify all relevant records.

Related Content

Flickr photo set

Links

BugGuide
BAMONA
Wikipedia
HOSTS Database: Genus Atteva
The Plant List: Simaroubaceae
USDA Plants: Ailanthus altissima

Papilio polyxenes, Eastern Black Swallowtail

Update 2012-09-10: Only one caterpillar remains.


The morning of the day we left on our last road trip – which led us to the Adirondack Hudson, among other places – I saw this in one of our vegetable beds:
Papilio polyxenes, Eastern Black Swallowtail

This is a female Eastern Black Swallowtail Butterfly, Papilio polyxenes. I caught her at the moment she discovered our group of parsley plants (Petroselinum hortense, or P. crispum). She was laying eggs, carefully placing just one under separate leaves of two of the plants.


Papilio polyxenes, Eastern Black Swallowtail, ovipositing on Petroselinum hortense (P. crispum), Parsley

The eggs are tiny. For scale, my thumbnail is about 1/2″ wide.
Egg, Papilio polyxenes, Eastern Black Swallowtail

Eastern Blacks are members of a mimicry complex that includes several other species of large, black or dark brown swallowtails with spots and blue iridescence:

The beautiful Pipevine Swallowtail, Battus philenor, is the model of a Batesian mimicry complex. The members of this complex present a confusing array of blue-and-black butterflies in the summer months in the eastern United States. These include the Spicebush Swallowtail, Black Swallowtail (female), Tiger Swallowtail (dark phase, female), Red-spotted Purple and Diana Fritillary (female).

There is some indication that the Spicebush and Black Swallowtails are also distasteful, so the complex is partly Mullerian as well. In the central and western US, Old World Swallowtail (Papilio machaon, form bairdi), Indra Swallowtail (Papilio indra), and Ozark Swallowtail (Papilio joanae) have dark blue/black forms, probably mimics of the Pipevine Swallowtail.
– BugGuide: Battus philenor – Pipevine Swallowtail

Fortunately, several species in this complex have strong preferences for host plant families: Spicebush prefers Laureaceae, Pipevine prefers Aristolochiaceae. Knowing that the host plant, parsley, is in the Apiaceae, the Carrot/Dill Family, made it easy to quickly identify this butterfly, as the Black prefers plants in this family.

When we returned from vacation, the caterpillars had already hatched. Most of them were big! But some were still underdeveloped. I counted 14 overall.

Their appearance changes dramatically as they mature through each instar, or molting.

Early Instar Caterpillar, Papilio polyxenes, Eastern Black Swallowtail
Early Instar Caterpillar, Papilio polyxenes, Eastern Black Swallowtail
Middle Instar Caterpillar, Papilio polyxenes, Eastern Black Swallowtail
Mid Instar Caterpillar, Papilio polyxenes, Eastern Black Swallowtail
Late Instar Caterpillar, Papilio polyxenes, Eastern Black Swallowtail
Papilio polyxenes, Eastern Black Swallowtail

In the final stage, they are supposed to be mostly green. Several have reached that stage. I’m anxiously waiting for them to form chrysalises. And then, new butterflies! But probably not until next year, as they overwinter as chrysalises, and it’s getting late in the year.

If you have ever wondered how your vegetable plant could get denuded overnight, watch this video of one of the caterpillars feeding. The speed has not been modified, time-lapsed, or sped up. They eat fast!

Update, 2012-09-10

Most of the celery leaves are gone. The plants themselves have survived, and new leaves are emerging from their centers.

Their numbers gradually dwindled since I wrote this post. I couldn’t tell if they were leaving to seek a new food source, or to pupate.

By yesterday, only two large caterpillars remained. I observed one of them leave the plant and start to climb the frame of the raised bed. There was nothing for it where it was heading, so I moved it to part of one plant where leaves remained. It didn’t start feeding, as I expected. Instead, it took off in the opposite direction, toward the tomato plants.

A caterpillar of Papilio polyxenes, Eastern Black Swallowtail, on my hand

I intervened a second time. This time, I removed it to the backyard, where I’m growing Zizia aurea, a native plant in the Apiaceae, in a mixed border. Even if it wasn’t going to feed any more, there are more options of plants, including shrubs, for it to climb and pupate. The disadvantage is that the backyard is much shadier.

Only one caterpillar remains. Soon it will set out on its own, as well, and this adventure will be over, for this year.

My plan for next year is to move some of the Zizia to ground adjacent to the raised bed. I’m hoping both that the it will thrive in a sunnier location, and that the Swallowtails will prefer it as a host plant. We will see.

[goo.gl]

Related Content

Flickr photo set: Papilio polyxenes, Eastern Black Swallowtail
Gardening with the Lepidoptera, 2011-06-11

Links

BugGuide
BAMONA

A Hudson River Riparian Plant Community

Part of the eastern bank of the Hudson River, just south of the Route 8 bridge at Riparius/Riverside in the Adirondacks of New York. A year ago, this was all underwater, inundated by flood waters from Hurricane Irene.
Riparian Plant Community, Hudson River, Riparius, NY


One year ago, Hurricane Irene reached New York City. The damage in my neighborhood was slight: downed trees and large tree limbs.
London Plane Street Tree downed by Hurricane Irene

Our post-engagement pre-honeymoon vacation was delayed a day, simply because there were no roads open out of the city to our destination. Even the New York State Thruway was closed along most of its length: many entrance and exit ramps flooded, and it was safer to keep people off the road altogether.

Irene’s rains continued north, devastating the Catskills. At New Paltz, the Wallkill River overtopped its banks. This was a cornfield; the entire crop was lost. The sunflowers at the far end of the field are ten feet tall.
Flooded Sunflowers

The rains reached the Adirondacks. Which was exactly where our vacation plans were taking us. We arrived at Riparius, NY, on the banks of the Hudson River in the Adirondacks, just after Labor Day 2011, a few days after Irene had passed and the rains subsided.

The river was still swollen a few feet above its normal level. Never having been there before, I had no frame of reference. But I could see the waters lapping onto the lawns below the cabins, and saw grasses flowing beneath the waters. The few rocks visible were submerged, or nearly so.
The flooded banks of the Hudson River at Riparius after Irene

Last week we arrived at a different river, the wild Hudson, still freshly scrubbed and scoured by Irene’s floodwaters. The water, and banks, are now dominated by smooth, polished river rocks. In Adirondack tradition, I constructed a cairn on the shore near the cabin where we were staying.
My 10-Stone Cairn on the banks of the Hudson River in Riparius, NY

The evidence of Irene was everywhere. In addition to the plentiful now-exposed rocks, bank erosion was visible nearly the entire length of the shoreline here, cutting back into the mowed lawns hosting Adirondack chairs sited to view the sunset over the Hudson. The rocks themselves seemed relatively little disturbed. What Irene did was clear away a good foot or so of soil and plant growth that had overlaid the rocks, revealing the older, rocky bank beneath.
Bank Erosion, Hudson River, Riparius, NY
Bank Erosion, Hudson River, Riparius/Riverside, NY

One can see here that larger rocks amplified the power of the moving waters around them, scouring away the soil that previously surrounded them. The absence of lichens on the upper surface of this rock indicates it probably was previously covered with at least a thin layer of soil and plant roots. Now, a year after Irene, it stands alone.
Scouring around and behind a large rock, Bank Erosion, Hudson River, Riparius/Riverside, NY

Remarkable, to me, was how much plant life remained among the rocks. Most of what’s visible in this photo was inundated a year ago. The line of erosion can be clearly seen along the right. In some places, a foot or more of soil was washed away with Irene’s floods. This exposed the rocky bank beneath.
Bank Erosion and Regeneration, Hudson River, Riparius/Riverside, NY

A year ago, the water rose up onto the lawn on the upper right of the photo above. In this photo, just in front of the white bench, the rocky bank of the photo above is barely noticeable.
The beach on the Hudson at Riverside

The grasses flowed underwater with the current, like seaweed.
The flooded banks of the Hudson River at Riparius after Irene

But not all plants were washed away. Several clumps remained intact. Instead of wiping the slate clean, as Irene did in many places in the Catskills, the old set was struck and the stage reset for the next scene. The regeneration of a soft, soiled bank has already begun, as survivors recover, and pioneers fill in the now empty muck between the rocks.
Riparian Plant Community, Hudson River, Riparius, NY

Key to the persistence and recovery are the grasses, the dominant plants in this community. Here’s a detail demonstrating the tenacity of the roots, and their ability to grip bare rock and hold the soil in place against the floodwaters. And not just those of the grasses: one can also see here at least a half-dozen non-grass species growing in and around the grasses. They benefit from this close association simply by being present after the flood, ready to quickly regenerate and re-populate the landscape.
Riparian Plant Association, Hudson River, Riparius, NY

And thus begins the cycle. These plants – and some pioneer grasses – have already begun to restore themselves and their community. Over time, between floods, they will fill in all the gaps among the rocks again, laying down more organic material, and rebuilding the old, soft, green shore. Until the next flood.

The diversity of this plant community – just one year after the flood – surprised me. More evidence that most of these plants survived the flood, rather than colonizing the river just this year. I’m still identifying plants from the photos I took on this strip. And it will probably take me months to upload them all. But here’s a list of the species and genera I’ve been able to identify so far:

  • Chelone glabra, White Turtlehead
    Chelone glabra, White Turtlehead
  • Cyperus strigosus, Umbrella Sedge
    Cyperus strigosus, Umbrella Sedge
  • Eupatorium/Eupatoriadelphus, Joe Pye Weed
  • Helenium autumnale, Sneezeweed
    Helenium autumnale, Sneezeweed
  • Iris, probably Yellow Flag
  • Lobelia cardinalis, Cardinal Flower (easily identified as the spots of bright red in these photos)
    Lobelia cardinalis, Cardinal Flower
  • Lobelia kalmii, Kalm’s or Ontario Lobelia (also new to me, needed to get online before I could identify it with any confidence)
    Lobelia kalmii, Kalm's/Ontario Lobelia
  • Lycopus amaricanus, American Water-Horehound (a species new to me, I recognized it as a member of the Lamiaceae, mint family, which aided identification)
    Whorled Inflorescences, Lycopus americanus, American water-horehound (ID TENTATIVE)
  • Lythrum salicaria, Purple Loosestrife (Unfortunate, but I only found three scattered plants. Now would be the best time to remove them, but as a guest, and a stranger, it was not my place to do so on my own.)
    Flowering Spike of Lythrum salicaria, Purple Loosestrife
  • Mimulus ringens, Allegheny Monkey-flowe
    Mimulus ringens, Allegheny Monkeyflower (TENTATIVE)
  • Myosotis, Forget-Me-Not (haven’t keyed it out yet to determine if it’s a native or introduced species)
  • Polygonum amphibium, Water Smartweed (also new to me)
    Polygonum amphibium, Water Smartweed
  • Sanguisorba canadensis, American Burnet (another new species for me)
    Sanguisorba canadensis, Canadian Burnet
  • Solidago, Goldenrod
  • Spiranthes cernua, Nodding Lady’s-Tresses (also new to me, but I recognized the tiny flowers as orchids, which narrows it down considerably)
    Spiranthes cernua, Nodding Lady's-Tresses
  • Verbena hastata, Common Verbena (yet another new species for me)
    Verbena hastata, Common/Swamp Verbena

The Adirondacks as we know them today are only 20,000 years old, exposed after the retreat of the Laurentide Ice Sheet (which also gave birth to Long island, including Brooklyn). My stone cairn may be a little sturdier than a sand castle, but its ephemeral nature is part of its charm, and its beauty. I see the river, the rocks, the plants, the mountains themselves with the same eyes. Because I will never see them this way again, they are all the more beautiful to me now.

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Related Content

Flickr photo sets:

Plants:

Trichopoda pennipes, Feather-legged Fly

Trichopoda pennipes, Feather-legged Fly, on Pycnanthemum, Mountain-Mint, in my garden yesterday. Although it’s widespread and common, occurring throughout North America, this was the first time I’ve noticed this species in my garden.
Trichopoda pennipes, Feather-legged Fly, on Pycnanthemum, Mountain-Mint
This photo shows several of the keys to identifying this species:

  • “Feathered” fringes on the hindlegs, true of Trichopoda.
  • Orange abdomen. Females have a black-tipped abdomen. Males, such as this one, have a completely orange abdomen. 
  • Wings are completely black. This species has a transparent margin to the wing.

Trichopoda is a parasitoid of Hempitera, true bugs, including many agricultural and garden pests, such as squash bugs and stinkbugs. For this reason, it’s considered a “beneficial” insect:

Each female fly lays on average 100 eggs, which are placed singly on the body of a large nymph or adult bug. Most of the small, white or gray, oval eggs are placed on the underside of the thorax or abdomen, but they can occur on almost any part of the bug. Many eggs may be laid on the same host, but only one larva will survive in each bug. The young larva that hatches from the egg bores directly into the host body. The maggot feeds on the body fluids of the host for about two weeks, during which time it increases to a size almost equal to that of the body cavity of its host. When it has completed its development, the cream-colored third instar maggot emerges from the bug between the posterior abdominal segments. The bug dies after emergence of the fly, not from the parasitoid feeding, but from the mechanical injury to its body. The maggot pupates about an inch down in the soil in a dark reddish-brown puparium formed from the last larval skin, and an adult fly emerges about two weeks later. There can be three generations per year depending on location.

The fly overwinters as a second instar larva within the body of the overwintering host bug. Adult flies emerge in late spring or early summer. The only bugs large enough to parasitize at this time are overwintered adults. Subsequent generations develop on both nymphs and adults of the next generation.
Trichopodes pennipes, Parasitoid of True Bugs

Trichopoda pennipes, Feather-legged Fly, on Pycnanthemum, Mountain-Mint

Related Content

Flickr photo set: Trichopoda pennipes, Feather-Legged Fly

Links

BugGuide: Trichopoda pennipes
University of Wisconsin-Madison, Department of Entomology, Midwest Biological Control News, Trichopodes pennipes, Parasitoid of True Bugs
North Carolina State University, Raleigh, Dept. of Entomology, Biological Control Information Center, Trichopoda pennipes

Scolia dubia, Blue-Winged Digger Wasp

Scolia dubia, Blue-winged Digger Wasp, on Pycnanthemum, Mountain-Mint, in my garden.
Scolia dubia, Blue-winged Digger Wasp, on Pycnanthemum, Mountain-Mint

Another little jewel of a wasp that is new to me this year. I’ve been seeing it on the Pycnanthemum, but was unable to get decent photos of it until yesterday. I’ve also seen it on the Clethra alnifolia, Summersweet in my garden, which just started blooming in the past week.


With the wings held back, the blue iridescence of the wings might lead one to mistakenly identify this as a small Sphex pensylvanicus, Great Black Wasp.

Scolia dubia
Scolia dubia, Blue-winged Digger Wasp, on Pycnanthemum, Mountain-Mint

Sphex pensylvanicus
Sphex pensylvanicus, Great Black Wasp, on Pycnanthemum, Mountain-Mint

But once the wings spread to the sides, the exposed abdomen distinguishes it. The cinnamon- colored abdomen and two bright yellow spots make for a clear identification, once you know the species.
Scolia dubia, Blue-winged Digger Wasp, on Pycnanthemum, Mountain-Mint

Adults feed on nectar, which both the Mountain-Mint and Summersweet offer in abundance.
Scolia dubia, Blue-Winged Digger Wasp, on Clethra alnifolia, Summersweet

Females dig in search of grubs of June Bugs and Japanese Beetles to parasitize with their eggs. The wasp larva feeds on the beetle grub and overwinters as a cocoon, emerging the next year.

This species is another example of the importance of providing habitat for wasps in the garden; they are natural bio-controls of other insects that might otherwise overwhelm the gardener’s intentions.

Related Content

Flickr Set: Scolia dubia, Blue-Winged Wasp

Links

BugGuide: Blue-winged Wasp (Scolia dubia)