Fake spider webs can be dangerous for wildlife both small and large. The webbing is fine enough to trap insects like bees and butterflies, and strong enough to ensnare small mammals and large birds like Western Screech Owls. Wildlife rehabilitators receive calls to rescue birds, chipmunks, and other animals from webs every fall (Cotroneo, 2020). Consider allowing spiders themselves to set up webs in your bushes, or keeping your fake webs as an indoor-only décor item.
2. Keep your pumpkin out of the landfill
Have you considered where your pumpkin goes, once it’s begun the inevitable post-Halloween rot? According to the USDA, 22.4 million pounds of pumpkin went unused last year (USDA, 2024). This number accounts only for pumpkins unharvested (left in the field). But this statistic doesn’t consider the pumpkins we waste by throwing them into the trashcan at the end of the season. You can reduce the number of pumpkins that wind up in landfills by 1) eating your pumpkin, 2) composting it’s remains or placing it in a yard-waste bin, or 3) donating your pumpkin to feed livestock, such as pumpkins for pigs! Every part of a pumpkin is edible, even pumpkin guts.
3. Leave the leaves, if you can
Leaves play an important role in both carbon storage and natural decomposition cycles (Ferlauto et al., 2023). Fallen leaves also provide shelter for many invertebrates that aren’t active through the winter, including queen bumble bees, firefly larvae, and caterpillars. If you must remove leaves from pathways, consider using them to mulch garden beds, or otherwise keeping them on your property, rather than disposing them.
4. Turn off lights for migrating birds
Fall is one of the two peak seasons annual bird migrations. Nocturnal migrators may be drawn into urban areas by artificial light, which can lead to disorientation and possible death. Collisions with buildings kill hundreds of millions of birds across North America annually (Van Doren et al., 2021). You can reduce your impact on light pollution by turning your exterior lights off, and pulling down blinds in rooms with windows where lights cannot be turned off or dimmed. In Oregon, peak fall migration is expected to be between September and October (Bird Alliance of Oregon).
We’ve created a companion Instagram post to share the information presented in this blog. Share our post to help spread helpful information that could positively benefit wildlife this fall!
United States Department of Agriculture, National Agricultural Statistics Service. 2024. Vegetables 2023 Summary 02/12/2024. United State Department of Agriculture National Agricultural Statistics Service Vegetables Annual Survey.
Van Doren BM, Willard DE, Hennen M, et al. 2021. Drivers of fatal bird collisions in an urban center. Proc. Natl. Acad. Sci. U.S.A. 118(24):e2101666118. https://doi.org/10.1073/pnas.2101666118.
All photos were taken by Jen Hayes and may not be reproduced in any form without explicit permission.
Study: Native Plants & Native Cultivars: Understanding Pollinator Preference for Native Plants and their Cultivated Counterparts in the Pacific Northwest
Thank you for your interest our survey! We are done collecting survey responses at this time. If you previously took the survey and have any questions, please direct them to Gail.Langellotto@oregonstate.edu and/or Jen.Hayes@oregonstate.edu.
Before we dive in to the article, I want to share why this topic is important to me. I identify as a queer entomologist in two ways: 1) I am queer and I am an entomologist, and 2) I am interested in the ways that entomology expands and defies western understanding and expression of gender. The natural world, especially insects, teaches us that queerness is inherently natural and expressed in diverse ways.
Image description: An intersex bee from the genus Agapostemon. The right side presents characteristics that typify a female Agapostemon: green metallic abdomen, robust legs with pollen carrying hairs, shorter, thicker antennal segments. The left side presents male characteristics, including a yellow and black striped abdomen, yellow legs with fewer hairs, and elongated antennal segments.
Cavallaro begins the article discussing “Shared Traits: Entomologists and LGBTQ+ Folks” by Rae Olsson, which mirrors many conversations I have had with my fellow queer entomologists. Us folks who grow up chasing, collecting, and admiring insects tend to be viewed as weird, odd, or even outcasts. Queer folks are often far too familiar with the feeling of being marginalized, othered, and at odds with society. But, there is an odd comfort in knowing that you are a weirdo studying something weird.
The article continues, noting the advances that ESA (The Entomological Society of America) has made in providing an inclusive environment for LGBTQ+ folks and elevating their voices. We have seen these advances in the form of inviting people to include their pronouns on the annual event badges, introducing symposia on Diversity, Equity and Inclusion (DEI) issues, and removing states with anti-LGBTQ+ laws from potential future meeting locations. He also points out recently identified insects that have been bestowed names of queer icons, which I wrote about during last year’s pollinator week post.
Cavallaro reports that 7.2% percent of ESA members have identified themselves as LGBTQ+, which reflects the U.S. national average. He notes that STEM still has many barriers to overcome as it is “rooted in a competitive and heteronormative culture” and “workspaces for queer-spectrum STEM professionals and students can be unsupportive and exclusionary.” Both STEM and entomology still have a long way to go in terms of acceptance, encouragement, and representation of queer folks.
As someone who attended a prestigious field entomology program and was called a “disney princess” on the first day, I can attest to the flippancy with which queer folks and femme-presenting folks are often treated in professional entomological spaces. It is, however, validating to witness the largest entomological organization in the U.S. taking the time to address, welcome, and better their ability to support their LGBTQ+ membership.
This summer we completed our third and final field season surveying pollinator visitation to native plants and native cultivars! We will maintain our experimental garden for one additional season, to finish up some plant measurements and data collection missed in our initial three seasons. This post will serve as a 2022 field update in addition to summarizing some of our preliminary results from our field observations!
Study Plants (2020-2022)
Photo
Scientific Name
Common Name
Plant Type
Achillea millefolium
Yarrow
Native
Achillea millefolium ‘Calistoga’*
Yarrow
Cultivar
Achillea millefolium ‘Salmon Beauty’
Yarrow
Cultivar
Achillea millefolium ‘Moonshine’**
Yarrow
Cultivar
Aquilegia formosa
Western Red Columbine
Native
Aquilegia x ‘XeraTones’
Cultivar (hybrid)
Camassia leichtlinii
Great Camas
Native
Camassia leichtlinii ‘Caerulea Blue Heaven’
Great Camas
Cultivar
Camassia leichtlinii ‘Sacajawea’
Great Camas
Cultivar
Symphyotrichum subspicatum
Douglas’ Aster
Native
S. subspicatum ‘Sauvie Sky’
Douglas’ Aster
Cultivar
S. subspicatum ‘Sauvie Snow’
Douglas’ Aster
Cultivar
Clarkia amoena
Farewell-to-spring
Native
Clarkia amoena ‘Aurora’
Farewell-to-spring
Cultivar
Clarkia amoena ‘Dwarf White’
Farewell-to-spring
Cultivar
Clarkia amoena ‘Scarlet’**
Farewell-to-spring
Cultivar
Eschscholzia californica
California Poppy
Native
E. californica ‘Mikado’
California Poppy
Cultivar
E. californica ‘White’
California Poppy
Cultivar
E. californica ‘Purple Gleam’**
California Poppy
Cultivar
Nemophila menziesii
Baby Blue Eyes
Native (California)
N. menziesii ‘Penny black’
Baby Black Eyes
Cultivar
N. menziesii ‘Snow White’
Baby Blue Eyes
Cultivar
Sidalcea asprella ssp. virgata***
Rosy checkermallow
Native
Sidalcea malviflora ‘Purpetta’***
Cultivar
Sidalcea malviflora ‘Party Girl’***
Cultivar
*Discontinued in 2021 due to lack of vigor and availability of replacement plants **Added in 2021 to replace removed plants ***Discontinued after 2020 due to taxonomic inconsistencies
We conducted 5-minute visual observations on our study plants over three seasons. During these observations, we recorded all insects that interacted with a plant. These interactions included foraging, resting, basking, mating, etc. We recorded insect IDs to morphological group levels, as many bees are hard to identify to species in the field! We were able to identify common bumble bees, honey bees, butterflies, and a few other insects to the species level, but many were identified to groups for ease (e.g. ‘green bees’, ‘black bees’, ‘leafcutter bees’).
Field Season Stats
Year
# Sample Dates
# Collected Pollinators
# Observed Pollinators
2020
28
2159
6238
2021
33
2471
6225
2022
29
~2000
~4700
Number of sampling dates, total number of collected pollinator specimen (via insect vacuum), and cumulative pollinators observed during 5-minute observations for each of our three field seasons.
Is there a difference in native bee visitation to native plants and their cultivars?
Graphs of cumulative and mean foraging native bees from 5-minute observations conducted over three field seasons. Plant Type (y-axis) is abbreviated with a 6 letter code, e.g. “SYMSUB” = Symphyotrichum subspicatum = Douglas’ Aster. Natives have a box around each bar, and cultivars can be identified by an underscore followed by 1-2 letters, e.g., SYMSUB_SN = Symphyotrichum subspicatum ‘Sauvie Snow’ = a native cultivar of Douglas’ Aster with white petals.
Our initial graphs show a subtle preference for native types by native bees. Douglas’ Aster, California Poppy, Farewell to Spring, and Columbine (4/7) have higher visitation by native bees when looking at cumulative and mean counts. The difference is marginal for Douglas’ Aster, but trends for the other three plants are strong. The remaining three species (Yarrow, Baby Blue Eyes, Camas) are difficult to assess, based on these figures alone.
Across these seven species, we do see differences in visitation between natives (wild types) and native cultivars. Whether these differences are statistically significant, and whether there is a trend across all plant groups, remains to be seen!!!
Subscribe to the Garden Ecology Blog to receive future updates on native-cultivar research and more news from the lab.
I want to recognize my amazing Bee Team this year, as this field season would not have been possible without them! I am grateful for all of their hard work and their success in managing this project while I was away numerous times this season. They are thoughtful, inquisitive, and resourceful students, all of whom would make amazing lab or field technicians upon their graduation this spring! Nicole is not pictured below, but also deserves recognition for all her contributions to this project. Thank you all 🐝
Svea working on her ultraviolet photographyMallory ft. some hybrid Clarkia plants that showed up in the garden this yearAn incredible capture by Devon, an aspiring nature photographerMallory, Svea, and Devon count leafcutter use of farewell-to-spring (Clarkia amoena) flowers.
Happy pollinator week and first official week of summer! ☀️🐝🦋
Pollinator week is an annual celebration in June to emphasize the importance of pollinators and their health, started by the Pollinator Partnership. To celebrate pollinator week, we’re going to share some information with you about a few of our favorite pollinators and a few others deserving recognition. June is also Pride Month, so we are going to start with a fun fact connecting pollinators and Pride! 🌈
Did you know there are pollinators named after drag queens? A new genus of soldier flies were discovered in Australia 2020 and given names that are indicative of their metallic and rainbow-colored bodies! Among Opaluma fabulosa, O. iridescens, O. opulens,O. sapphira and O. unicornis are O. rupaul, named after the drag queen RuPaul, and O. ednae, named after the Australian drag queen Dame Edna.
Soldier flies belong to the Stratiomyidae family, which include many flower-visiting flies! Many adult soldier flies visit flowers for nectar and subsequently transfer pollen on their bodies as they travel from one bloom to the next. Six of these seven Opaluma species were impacted by the Australian bushfires in 2019 and 2020; their recent taxonomic identification will allow them to be monitored in recovery efforts following the fires. The full citation for these stunning soldier flies can be found here.
To stay on the theme of iridescence, next we will share some information about my (Jen’s) favorite pollinators: Orchid bees! Orchid bees are in the same family as bumblebees and honey bees (Apidae) but are found within their own tribe, Euglossini. Within Euglossini, there are only five genera: Algae,Euglossa, Eulaema, Eufriesa, and Exaraete. Only one species of orchid bee is found in the United States (Euglossa dilemma), with the majority being found in Central and South America.
Euglossa sp. Eulaema sp.Photos by Jen Hayes, taken at La Reserva Inti Llacta in Nanegalito, Ecuador
Not all orchid bees are iridescent– bees from the genus Eulaema are the exception, which are more similar in appearance to bumblebees than they are to the metallic members of Euglossini. I find orchid bees to be mesmerizing, not only because of their novel color forms, but also their unique adaptations. Some orchid bees’ tongues (proboscises) are more than 1.5 times their body length in order to access nectar located in long, tubular flowers! These bees often fly with their proboscis tucked under their body, and it may look like a small tail as it trails past their abdomen.
Euglossa have highly modified tibias on their hind legs. Male members of Euglossa species have a “pouch” on their tibia, used to collect and store floral fragrances from flowers in the form of essential oils. These oils are later used to attract potential mates. I like to think Euglossine males would be excellent candle makers.
Mallory’s favorite pollinators are long-horned bees, in particular those from the genus Melissodes, which are highly abundant in the latter half of our field season! Mallory loves long-horned bees because they have many traits that make them easily identifiable in the field. Males have elongated antennal segments which are indicative of their common name ‘long-horned’. They often have interesting colored eyes as well- some of the specimens we collect have green, blue or grayish eyes that contrast greatly with their often blond-colored hair (scopa). Her favorite trait, however, is the scopa on their hind legs. When full of pollen, long-horned females often look like they have ‘pollen pants’ on, in contrast to the neat and tidy pollen baskets seen on bumblebees! Svea thinks their pollen pants make long-horned bees look like they’re wearing a pair of western-style chaps. Melissodes primarily pollinate species from the Asteraceae, with specialization occurring on asters, daisies, and sunflowers. Sometimes Melissodes are called ‘sunflower bees’.
Melissodes sp. visiting a cosmo, photo by Mallory Mead.
Svea’s favorite pollinator is Anna’s hummingbird (Calpyte anna). C. anna is one of seven hummingbird species native to Oregon. Svea enjoys watching Anna’s hummingbird as a pastime at her parents’ house: they have a small, active community of hummingbirds that are very vocal and can be seen fighting over their nectar sources (including their butterfly bush and hummingbird feeder).
Svea also mentioned that the males are particularly pretty, though it requires a particular angle of light to make their iridescent copper-red colored throats glow. The ‘Anna’ in Anna’s hummingbird comes from the French Duchess of Rivoli, Anna Masséna, who was part of the court of France’s last empress (Eugénie de Montijo, 1853-1870). Anna’s hummingbirds are important pollinators in California, where they feed from coastal chaparral flora that share a similar phenology (breeding and feeding patterns) with the pollinator.
Nicole is another member of the lab whose favorite pollinator is a hummingbird! Nicole’s favorite pollinator is the Rufous hummingbirdSelasphorus rufus. The USDA Forest Service describes the Rufous hummingbird as “small but feisty long-distance migrant[s]”. They are small in size and feisty in their protection of their feeding territories, they have been known to chase off other hummingbirds, large insects, and even people! Some of their preferred host plants include morning glory (Ipomoea arborescens), ocotillo (Foquieria spp.), shrimp plant (Justicia spp.) and red-colored blooms from the mint family, such as Salvia elegans and Stachys coccinea. Nicole loves the Rufous hummingbird because she regularly saw them while she was growing up. They could regularly be seen foraging and defending their territory in her parent’s yard.
Cara’s favorite pollinator is the Western Tiger Swallowtail Papilio rutulus. This magnificent butterfly can be commonly found at Cara’s research plantings of butterfly bush (Buddleja spp.), and can also be spotted basking on yarrow or slowly fluttering along the hedgerows at Oak Creek Center for Urban Horticulture. Despite the name ‘butterfly bush’, Cara has found butterflies to be infrequent visitors of Buddleja, though of the few butterfly visitors they receive, the Western Tiger Swallowtail is the most common. Cara additionally grew up seeing swallowtails every summer, which is why they are her favorite pollinator! To read more about this swallowtail, check out Lucas’s Pollinator of the Week Post.
Lawns are perhaps one of the most controversial spaces when it comes to improving landscapes for wildlife. When I was in college, I threw myself head first into becoming more “green”, which for me meant being the best environmental and eco-friendly entomologist I could be. That meant changing not only my own habits, but those of my parents who, fortunately for me and maybe less fortunately for them, lived only thirty minutes away from my university.
It started with composting. After we got over the discussion about how to properly care for an indoor bin to avoid fruit flies AND my mom saw how much deliciously rich soil her dear friend yielded from her own bin, composting was a hit. My mom still tells me how amazed she is by how quickly the pile reduces every spring. I’m still surprised as to how easy of a practice it was for them to adopt.
The topics that came next were bees, buying local, what organic means, reusable everything, why you should check the insulation on the house before even thinking about buying solar panels, and then, after I took two landscape design courses, we approached the topic of grass. For this talk, which actually spanned months, I came prepared with books, quotations, and 3 or 4 finely detailed maps with elaborate plans for turning my parent’s yard into a pollinator sanctuary.
My parents and I at my graduation
I began with dropping hints that this talk was coming. I would casually add “lawns should be like area rugs, not wall to wall carpeting” into a conversation, or post graphics like the one at the beginning of this blog on Facebook, and tag my parents in it. I even gave my dad Noah’s Garden: Restoring the Ecology of our Own Backyards by Sara Stein for Father’s Day. I knew this was a change that would take a lot more time than the compost.
Truthfully, I started with my mom. She’s the outdoor gardener, my dad is the houseplant guy. And, as anyone who has ever been a child knowns, there’s always one parent or guardian you go to first for the more difficult requests. For the most part, my mom was excited to see me become a budding naturalist. Around the house or on hikes I would point out plants I now knew the names of, and together we would assess the basal leaves of new garden growth, trying to figure out what in the world did she plant next to the lupine in the garden last year. When I got my wisdom teeth removed, she and the nurse patiently waited while I explained how to identify the red oak next to the car from other common oaks planted as street trees. I made it my mission to make my mom a budding naturalist, too.
My mom and I putting together a raised garden bed last summer (2021).
When my landscape design class ended, I took my mom on a tour of her property, pointing out all of the potential diversity their landscape could support if they turned it into something beyond grass. I described the changes I recommended, I explained the benefits of the rain gardens, the swales, the terraced lowbush blueberries for the front yard, the beautiful meadow that would grow in the seasonal wet spot in the backyard and enhance the firefly populations we see glowing in the summer. I explained that though the initial transition would take a lot of work, the result would be significantly less maintenance for them, and they would sit atop the ecological design of my dreams. And there would be so much less lawn, err grass for them to mow.
Nearly 10 years later, I am reluctant to report that the quantity of grass covering my parents’ landscape remains relatively similar. The problem with my plan? I went too big. If mom was not ready to completely transform 3.5 acres, then dad certainly would not be either. Though they both appreciated and complemented my thoughtfulness and the rigor behind my design work when I reviewed it with them, my bold idea of turning the yard into a part pick your own blueberry farm and part pollinator paradise certainly scared them from asking my opinion on any further garden projects for a while.
I refused to let this setback alter my new found passion for increasing the value of my childhood home (to wildlife). I continue to share information with my parents, but in small doses rather than in huge design plans. My mom happily adds native plants we pick out together to her gardens and excitedly reports back about the bees she sees visiting them. They’ve added a small planting of mint outside the kitchen to keep the ants at bay, and when it comes to the lawn, they don’t mind leaving the dandelions and other wildflowers (“weeds”) for wildlife to snack on in the spring. And they’re not afraid of asking my advice on new plants or yard projects, though they don’t always utilize it.
Perhaps the most important result of my collegiate mission for Making the Hayes Family Eco-Conscious was helping my parents to see their yard differently, to help them see the potential that exists underneath all of the grass. I hope part two of this blog post might make you do just the same.
Dandelions covering a field in Northern Vermont
No mow May & reimagining our yards
No mow may is an initiative that started in the United Kingdom and has since spread to numerous other countries. To participate is relatively simple: don’t mow your lawn for the month of May. The goals of the initiative include increasing forage for pollinators and other wildlife, and creating awareness about the negative ecological impact of intensively managed lawns.
The practice of reducing mowing to promote diversity is supported by research. A meta-analysis of studies from North America and Europe found that both plant diversity and invertebrate diversity is higher in urban lawns with a lower mowing intensity. This increase in diversity was true regardless of mowing height or frequency, and the authors also found that weeds and invertebrate pests occurred in higher quantities with intensive mowing in many Northern regions.
In terms of surface area, the largest irrigated crop in the United States is lawn. Our idyllic front and backyard monocultures have been cultivated as such to meet the dominant neat and tidy aesthetic. This aesthetic has been so deeply wound into our culture that untidy yards are accused of being a sign of disrespect to one’s neighbors. The impact is such that if you choose to maintain a yard outside of this aesthetic, you have defend yourself against your neighbors with signage.
Courtesy of The Bees Weeds on Etsy
Courtesy of the Xerces Society
Courtesy of the National Wildlife Federation
Courtesy of the Xerces Society
Perhaps some of this discomfort with weedy yards is due to misinformation- common wildflowers like dandelions, goldenrod, and even sneezeweed have poor reputations because they are thought to cause seasonal allergies. Insect-pollinated plants, which all three of these happen to be, actually shed very little pollen into the air. These plants have co-evolved with their insect pollinators, such that insect-collected pollen grains are actually often larger and/or heavier than those of wind-pollinated plants, and as a result, their pollen cannot easily drift into our respiratory tracts. Many tree species and grasses (which we in the Willamette Valley know all too well about) are more likely to be the culprit for seasonal pollen allergens.
Whether it’s the allergens, the HOA, city standards, your landlord, your own personal preference, or societal pressures that encourage you to keep your yard tidy, there are many small ways in which to increase the productivity and diversity in your landscape. One option is No Mow May- committing to the whole month, or even part of it, to increase the availability of flora to early emerging invertebrates. Reducing mowing frequency is another option, or mowing around weeds like hedge nettle, creeping Charlie, heal-all and others that you may find some insects foraging on. Or perhaps you can replace a small section of lawn a native plant garden, or butterfly garden, or plant some giant sunflowers for the birds.
I have compiled a few resources related to No Mow May below, in addition to some more “neighborly” ways you can begin changing your own yard’s aesthetic. If you decide to go No Mow May, we’d love to hear about your experience!
“A weed is a flower in the wrong place” – Ian Emberson
The growing season is quickly approaching, so I reached out to the members of the Garden Ecology Lab to ask them to share three plants they’re looking forward to growing this year.
LeAnn
Zowie™! Yellow Flame. Photo Courtesy of Johnny Seeds
I love zinnias so much. This year I want to branch out and grow some less usual ones. Like those in the Queen Lime series and Zowie™! Yellow Flame.
This isn’t a plant as much as a technique: I really want to maximize vertical space, and grow tomatoes and squash vertically. I’m going the route of C-Bite stake clips, self described as “tinker toys for the garden.” I can attach and snap to common garden stakes and build my own structures. Up, up and away!
After watching all of the success in the Grow This! challenge last year with potatoes in grow bags, I’m inspired to grow potatoes for the first time. Really excited about this. And remember: the time to plant potatoes is St. Patrick’s Day.
Tyler
The three veggies I am most looking forward to growing this season are tomatoes, peppers, and lettuce. Last season we grew over ten varieties of hot peppers and tomatoes in our hüglekultur beds. These types of beds are great for warm season plants that need just the right soil temperature. I am also looking forward to growing lettuce again next season because I eat so much salad! I got these amazing varieties of lettuce from Wild Garden seeds in Corvallis that I am super excited to try next year. To save space, I like to grow lettuce in a tower. I used chicken wire fencing, plant debris, and potting soil to create the foundation. I then used a stick to poke holes and plant the seeds. It grew into a beautiful ball of lettuce and I am so excited to try it again!
Our hüglekultur beds
Hüglekultur bed forest of tomatoes and peppers
Lettuce tower!
Lettuce tower layers
Lettuce tower grew into a lettuce poof
Sunflower room after we transplanted and seeded
Beginnings of the sunflower room
Sunflower room all grown up!
Random flowers we have planted keep popping up and surprising us throughout the season
In addition to veggies, my goal for my outdoor space has always been to maximize the amount of flowers and wild space, while also reducing the amount of turf grass. During the winter, our garden looks a little unsightly with all the tarps and cardboard we use to smother the grass and weeds. In the spring, we remove the tarps and broadcast seeds all over the yard. My goal is to provide pollinators with year round foraging and improve the biodiversity on our property. One of our big projects last year was making a sunflower room in the yard. We planted American Giant sunflowers in a circle that eventually became a beautiful area for our community to hang out, surrounded by flowers and pollinators.
Jen
Elliot & I don’t have a yard to garden in so we’ve been experimenting with container gardening and a tiered planter box. The only place we can put them is on the north-facing side of our townhouse, which receives direct sunlight for a maximum two hours during the height of summer, so you can imagine our options are limited!
Elliot built our garden box!
The box needed a lot of soil…
Strawberry pots!
My “big” snap pea harvest last year
‘Blue Heaven’ Camas
This year I am excited to stop experimenting and just grow some plants that have been successful: strawberries, basil, nasturtium. Although these are fairly basic selections, they have proven to produce in abundance in our tiny space! ( Abundant compared to squash and tomatoes that grow, take up a ton of space, and then get powdery mildew and die before a harvest is even possible).
Mykl
Marigolds. I’m inspired to make a flower one of my goals this years as well. The timing for some summer and especially fall crops for me has been hard as I usually move in the middle of summer. One way or another, I expect to have a place to grow something over this period, and some of it will hopefully be beds of Marigolds.
Napa cabbage, cuz I need to make kimchi again and stop buying it.
Sweet potatoes, cuz I think I can do it again this year. And hey, when you strike it big, you gotta try again.
Nicole
I don’t have a garden to grow in here in Corvallis, but I do have an apartment… with a north-facing balcony. While the conditions aren’t ideal, I do plan to grow a few things in small containers this year.
1) Begonias! I grew them last year, and since they thrive in the shade, I had great success. They provided such a nice pop of color to the balcony and I loved sitting out there in the morning. Plus, you can get so many different colors that even if I have multiple pots they can all bring their own fun.
2) Chard. I haven’t tried this one before… but even if the crop I grow isn’t quite enough to make a meal out of, I love chard because it’s beautiful to look at. Plus, it’s one of the few crops that might make a go of it in the shade.
3) Fiddle leaf. While I can’t eat this one either, I’ve been growing a fiddle leaf since I moved into my apartment. It lives inside with me during the winter and goes back outside during the summer. It’s easy to take care of, grows relatively quickly, and I love the way the big leaves can add texture and some height to a small gardening space.
Mallory
Last June, I moved into a rental house that has a small, mostly-shaded garden bed in the backyard. I’ve helped out my parents around the garden throughout my childhood, but this is the first garden I can call my own! Last summer I worked on bringing some life into the soil (which was incredibly compacted and muted grayish-brown in color) by growing a cover crop of buckwheat that flowered and brought some bees and syrphid flies to the yard. I then tilled in the “green manure” which attracted worms, millipedes and molds into the soil! Hopefully this will pay off in the Spring, as I’ve seeded a mixture of native and nonnative wildflowers from pollinator seed mixes.
As an undergraduate student studying horticulture I am both thrifty and surrounded by opportunities to acquire plants for free! I am enrolled in a plant propagation course this Winter and will have many seedlings coming my way to plant in the Spring, and through my involvement at the Oak Creek Center for Urban Horticulture, I generally grow whatever comes my way from the rejects, cuttings and leftovers from the greenhouses there.
If the flower seeds don’t pan out, I hope to grow some of my favorite herbs: Rosemary, Thai Basil and Cilantro!
A green sweat bee visiting a Cosmo, photographed by Mallory last summer
Cara
1. Prospera basil- this is a disease resistant Italian type basil that simply makes life easier in the pacific northwest! The downy mildew resistance actually comes from a thai basil parent, though I can’t detect that in the flavor profile much. Planting this, I can rest assured my basil crop won’t be destroyed by wet weather late spring.
2. Japanese trifele black tomato- My favorite heirloom tomato. This tomato is indeterminate, and has a complex flavor profile that usually comes with black tomato varieties, as well as a silky-smooth texture. It is wonderful for fresh eating and canning alike! I like to train my indeterminate tomatoes to a simple trellis constructed of fence posts, electrical conduit pipe, and twine.
3. Heliotropes- I always purchase a few heliotropes for my patio. The smell is intoxicating and I love their old fashioned charm. This is the first year I am planning on starting them from seed.
Signe
Most of my planning for this year has more to do with long-term restructuring than individual plants, but I do have a new bed of Tristar day neutral strawberries I was able to put in last fall. I’m hoping for a much extended strawberry season by adding those to the June bearers. I am encouraging more natives to spread and self-sow along the front of my property, where I put in a dry streambed a couple of years ago to catch a neighboring spring before it goes down the street. This has worked very well to provide groundwater into the summer.
I’ll be continuing the attempt to eradicate a bed of one native, Asclepias speciosa, which got away from me even though I knew it would be a spreader and was watching it. (Anyone want any? NOT recommended for small spaces). I’ve been collecting Carex, both native and non, to evaluate which are best for gardens here (durable, non-running, attractive year-round). In my vegetable garden, I will NOT be growing potatoes this year. Last year’s large crop was riddled with wireworm, so I want to give the beds a rest. I may just grow summer cover crops, and grains that can serve that purpose, except for tomatoes, which I always grow a few of.
Charlotte
I’m excited to grow moringa again. Moringa is a superfood, very nutrient dense, and I think the foliage is quite aesthetically pleasing. Moringa prefer warmer weather, so the plants will grow all summer and then go dormant for the fall/winter. We planted the moringa in containers so we can move them around seasonally without disturbing the roots. We have a few dormant moringa plants hanging out in the greenhouses at Oak Creek Center for Urban Horticulture that are waiting for the return of sunny weather.
Everyone at the ILC Garden is excited to grow Lagos Spinach (Celosia argentea) again. Lagos Spinach (also called Nigerian Spinach, or Efo Shoko) is in the Amaranth family and has beautiful reddish-purple leaves with a bitter taste that really adds to the flavor profile of salads, soups & stir-fries.
Lagos spinach is not quite as bitter as some of the other amaranth leaves I’ve tasted before. As you might deduce from the name, the plant is indigenous to West Africa, but they seemed to be well adapted to the soils and climate of the Willamette Valley summer. Very heat and drought tolerant!!! The plant flowers later in the season, which is an added bonus for pollinators. The lagos spinach was such a lovely addition to the garden last summer… I’ve included a picture, the Lagos spinach is nestled between the collards and sunflowers in the photo.
I also plan to try growing more watermelon this year. We only planted two watermelon plants at the ILC Garden last year, and they did not fair well. We transplanted them a bit late, so I don’t think they had enough time to reach maturity. This year I’m dedicating about 150 sqft under the high tunnel for growing watermelon!
Svea
I don’t have any plans for planting this spring, as there is very little outdoor space at my house in Corvallis, and the indoor space is currently dominated by my twin brother’s many, many succulents, and his newly indoor orange tree. But at my family’s farm, my mom has endeavored these past few pandemic years to bring back her pre-children garden that she loved to work in.
This spring she is planning on planting some different types of tomato plants, as we are a tomato loving family. She also loves to plant sunflowers every year, and we have a measuring contest on which one gets the tallest. I think this year she is going to try her hand at growing different types of peppers and squash. I know she is very excited, and loves to try to to grow many different things, so if anyone has any suggestions, she would love to hear them.
In terms of growing food for the animals, the goats love to eat any (safe) leftovers, or any overripe harvests. Anything they don’t like, the pigs are more than happy to clean up! So we don’t grow anything specific, but some favorites are sunflower seeds for the goats, and potatoes for the pigs. Included here is our goat Nutmeg and her babies from last summer, waiting for some treats!
Gwynne
We don’t have a vegetable garden going yet, but last year we had an amazing cover crop mix for the paddocks that were “renovated” by our pigs. The mix included amaranth, field peas, squash, sunflowers, chia, sesame, millet, sorghum, flax, a variety of cereal grains, and other things that I couldn’t identify. It was certainly the most unusual pasture forage that I’ve seen, but our cows and sheep loved it!
Let us know what you’re looking forward to growing this yearby commenting below!
The Garden Ecology Lab’s Pollinator Plant PR Campaign Presents….. Douglas Aster!
The Garden Ecology Lab is releasing a series of plant profiles of the top 10 Oregon native plants for pollinators, based on Aaron Anderson’s 2017-2019 field trials of 23 Oregon native plants. We will feature one plant per week for 10 weeks, this is week 10, which marks the end of our 10-week series! Profiles will include photos, planting information, and will highlight common pollinators of each plant.
Melissodes visits Douglas Aster. Photo by Tyler Spofford.
Plant Facts
Scientific Name: Symphyotrichum subspicatum
Life Cycle: Perennial
Growth Habit: Vigorous spreader, spreads through underground rhizomes
Bloom Duration: July-November
Hardiness Zone: 6-9
Special Traits: Drought tolerant, deer resistant
When to plant: Starts can be planted in the spring or early fall.
Pollinator Facts
Douglas aster provides both nectar and pollen to its insect visitors.
Aaron’s research found three species of long-horned bees (Melissodes robustior, M. lupinus, and M. microstictus) and three species of bees from the family Halictidae (Halictus ligatus, Agapostemon texanus angelicus and A. virescens) to be associated with Douglas aster.
Other common visitors to Douglas aster include syrphid flies and northern checkerspot butterflies! Douglas aster may also be a larval host to 8 different month species1.
Douglas aster is native to Western North American with a range extending from Alaska to California. It has an impressive ability to spread and a high volume of flowers that buzz with pollinator activity throughout its long bloom season. Hosting a high abundance and diversity of bee visitors, Douglas aster is a pollinator plant superstar. It is particularly valuable as a late-season pollinator plant, able to provide both nectar and pollen to its visitors when these resources may otherwise be scarce in the landscape.
People often have strong reactions towards Douglas Aster – they either love it, or find it to be “weedy” in appearance. We hope that this highlight may help some people change their opinions about it! We in the Garden Ecology Lab love Douglas Aster for its abundant blooms in varying shades of purple and for its great capacity for supporting wildlife. In the late summer, we love watching the diversity of pollinators bouncing from one flower to the next! Some common visitors to Douglas Aster that we see at Oak Creek Center for Urban Horticulture include bumblebees, green bees, long-horned bees, small sweat bees, and butterflies, including the woodland skipper (pictured below) and the occasional grey hairstreak (Strymon melinus).
Here, we see a woodland skipper (Ochlodes sylvanoides) foraging from Douglas Aster!
Infographics developed by LeAnn Locher, Aaron Anderson, and Gail Langellotto.
Did you know?
By mid to late summer, Douglas aster is quite the frenzied pollinator feeding ground, making the Oak Creek team’s sampling effort always a bit of a challenge. These photos are from 2 years after these plants were established, so you can see just how full these young plants can get when grown in favorable conditions!
At Oak Creek, we started all of our Douglas Aster plots with 4x 4″ pots, planted in the spring of 2020. As you can see in the photos below, they easily filled up their 1×1 meter beds! If you’re worried about Douglas Aster taking over your garden, consider starting with a single plant and observe it over the season to see how it reacts to your garden environment. Aggressive spreaders can be used to fill spaces such as borders with forest edges or along fences where low maintenance plants are key. If you want to contain your asters, consider planting some in a large pot or in an area where you can easily control the spread of their underground rhizomes. The purple flowers contrast beautifully with other late season natives, such as goldenrod and Madia.
Jen standing next to her Douglas Aster experimental plots. Photo by Tyler Spofford.
Tyler vacuum sampling bees off of a Douglas Aster plot. Photo by Jen Hayes.
Photos from the field
A yellow-faced Bumblebee visits a Douglas Aster flower
A woodland skipper enjoying some nectar
The baby Douglas Aster plants we introduced into the field in 2020
Douglas Aster still blooming strong on October 3, 2020
The native Douglas Aster has beautiful purple rhizomes!
Douglas Aster cultivars are even more vigorous, look at all these new shoots we removed from a neighboring plot!
Douglas Aster 1 year after planting, with last season’s biomass removed
A sweat bee enjoying some pollen!
Thanks for tuning in to the last posting of our Pollinator Plant PR Campaign! We hope you try growing some of these fantastic pollinators plants.
The Garden Ecology Lab is releasing a series of plant profiles of the top 10 Oregon native plants for pollinators, based on Aaron Anderson’s 2017-2019 field trials of 23 Oregon native plants. We will feature one plant per week for 10 weeks, this is week 8! Profiles will include photos, planting information, and will highlight common pollinators of each plant.
There are three subspecies of Gilia capitata in Oregon: Bluefield Gilia (ssp. capitata), Dune Gilia (ssp. chamissonis), and Pacific Gilia (ssp. pacifica). Dune Gilia and Pacific Gilia are considered to be rare plants in California (rare, threated, or endangered, rank 1B).
Distribution maps acquired from Oregon Flora with imagery from Google. Copyright 2022.
Globe Gilia as a pollinator plant
Globe Gilia may have only been associated with a single bee species in Aaron’s native plant research, but it is truly a powerhouse of an annual plant: it supports a highly diverse and abundant community of native bees! Gilia’s globe of flower heads provide pollinators with plenty of foraging spots to choose from, and the dense mass also allows easy access for both small and large pollinators, by acting as a nice landing pad. From their comfortable perch, butterflies and larger-bodied bees can dip their proboscis (tongue) into the nectar-rich blossoms. Smaller bees may need to crawl in to the individual flowers to access the nectaries.
Gilia is a great annual plant option to include in pollinator mixes and in meadows. It’s an easy to care for plant, requiring minimal water during the growing season. It grows up to three feet in height with lovely lavender – dark purple – blue flower heads, lacy foliage, and surprising blue pollen! The flowers contrast wonderfully with many other mid-summer blooms, such as poppies, Oregon sunshine, asters, and Clarkia.
Infographics developed by LeAnn Locher, Aaron Anderson, and Gail Langellotto.
Abundance Calculations. Bee abundance was calculated using estimated marginal means of bee visitation to each of our study plants from 5-minute observations conducted from Aaron’s 2017-2019 field seasons. Estimated marginal means (EM Means) were assigned to categorical values and averaged across years to yield the following categories: 0% = Very Low =EM mean below 0.49; 25% = Low = EM mean of 0.50 to 0.99; 50% = Moderate = EM mean of 1 to 1.49; 75% = High = EM mean of 1.50 to 1.99; and 100% = Very high = EM mean above 2.0.
Diversity Calculations. Bee diversity was based on the total sum of species collected on each of our study plants from 2017 to 2019. A Chao 2 Estimator was used to estimate total expected species richness for each plant; Chao 2 estimates were then used to create categorical values, as follows: 0% = Very Low = 9.99 or lower; 25% = Low = 10 to 14.99; 50% = Moderate = 15 to 19.99; 75% = High = 20 to 24.99; 100% = Very high = 25 or higher.
Did you know?
When you think about pollen, one color tends to come to mind: yellow. Perhaps you conjure up an image of a bumblebee in a field of clover, weighed down by some giant orange-toned pollen baskets as well. Many of us might stop there, and conclude that pollen must be either yellow or orange, as those are the predominant pollen colors we see in the plant world. The absolutely exciting news is that, like flower colors, pollen also comes in a rainbow of colors. Globe Gilia, for example, has pollen that comes in shades of blue!
As some of you may remember from my (Jen’s) 2021 field update, last summer, a few of us from the Garden Ecology lab had the wonderful opportunity to visit Jasna Guy and Lincoln Best’s exhibit ‘In Time’s Humm’ at the High Desert Museum in Bend. Part of this display was a pollen color study, showing Jasna’s recreations of pollen colors using pastels. We saw pollen in shades of yellows, oranges, red, pink, purple, white, and even green. Color can truly be found anywhere if you look closely enough! Perhaps it should be no surprise then, that even nectar may come in various colors, too… If you’re excited about pollen colors like we are, you might see if your local library has a copy of this book, and you might enjoy looking at pollen colors through the seasons, put together by the North Shropshire Beekeepers’ Association.
The Garden Ecology Lab’s Pollinator Plant PR Campaign Presents….. Common Madia (AKA Tarweed)!
The Garden Ecology Lab is releasing a series of plant profiles of the top 10 Oregon native plants for pollinators, based on Aaron Anderson’s 2017-2019 field trials of 23 Oregon native plants. We will feature one plant per week for 10 weeks, this is week 6! Profiles will include photos, planting information, and will highlight common pollinators of each plant.
Light requirements: Prefers full sun, will tolerate partial shade.
Special Traits: Drought tolerant, deer resistant, seeds valued by birds, adaptable to many soil types and textures.
When to plant: Seeds can be sown directly in the fall, or sown in containers or cold frames in the winter. Stratify seeds if growing indoors.
Pollinator Facts
Common madia provides both nectar and pollen to its insect visitors and blooms during a period where foraging resources are often scarce (late summer – early fall).
Madia was found to be associated with two bee species in Aaron’s research: the Bi-colored Sweat Bee (Agapostemon virescens) and Titus’s Sweat Bee (Lasioglossum titusi)
Madia is also the larval host for three moth species: the Spotted Straw Sun Moth (Heliothis phloxiphada), the Small Heliothodes Moth (Heliothodes diminutivus), and an Epiblema moth (Epiblema deverrae)1.
Madia elegans is native to most of Western Oregon. Although it's native range does not extend east of the Cascades, it is a hardy annual that may do well in Central- and Eastern- Oregon gardens.
Map acquired from Oregon Flora with imagery sourced from Google.
Common Madia as a pollinator plant
Common Madia is an ideal plant for pollinator gardens due to its long bloom duration and attractiveness to bees, caterpillars, and butterflies. Madia was found to attract both a high abundance and a high diversity of bee visitors, which further speaks to its use as a great pollinator plant! Due to it’s late-summer bloom period, Madia can act as a great source of forage for it’s various visitors when there may not be many other plants flowering in the landscape. Madia flowers, which close at dusk and reopen in the morning, may also come with a fun surprise if you catch them before the sun has finished its ascent: if you’re lucky, you may be able to find male long-horned-bees sleeping in groups within the flowers2.
Infographics developed by LeAnn Locher, Aaron Anderson, and Gail Langellotto.
Abundance Calculations. Bee abundance was calculated using estimated marginal means of bee visitation to each of our study plants from 5-minute observations conducted from Aaron’s 2017-2019 field seasons. Estimated marginal means (EM Means) were assigned to categorical values and averaged across years to yield the following categories: 0% = Very Low =EM mean below 0.49; 25% = Low = EM mean of 0.50 to 0.99; 50% = Moderate = EM mean of 1 to 1.49; 75% = High = EM mean of 1.50 to 1.99; and 100% = Very high = EM mean above 2.0.
Diversity Calculations. Bee diversity was based on the total sum of species collected on each of our study plants from 2017 to 2019. A Chao 2 Estimator was used to estimate total expected species richness for each plant; Chao 2 estimates were then used to create categorical values, as follows: 0% = Very Low = 9.99 or lower; 25% = Low = 10 to 14.99; 50% = Moderate = 15 to 19.99; 75% = High = 20 to 24.99; 100% = Very high = 25 or higher.
A syrphid fly visiting a Madia flower. Photo by Signe Danler.
Did you know?
The other common name for Madia, “Tarweed”, comes from its foliage. It’s covered in stiff trichomes (hairs) and stalked glands which emit a tar-like scent. Common Madia is not the only species with this nickname, it applies to plants in the entire genus! For example, Madia glomerata, “Mountain Tarplant”, is a species of Madia native to the Northeast United States.
Common Madia‘s fruits are flattened achenes, which are valued by small mammals and birds as a food source. The achenes were also used by Indigenous groups, including the Pomo, Miwok, and Hupa and as a staple food source3. The fruits were often roasted with hot coals and then ground into flour.
