Ohio Goldenrod

As we ​step ​into ​our ​gardens in late summer and early fall, the landscape this time of year can be particularly ​vibrant ​and ​beautiful. ​

​One ​of ​the ​most vibrant ​is ​the ​Ohio ​Goldenrod, ​a ​unique ​wetland ​plant ​that ​stands ​out ​from ​other ​goldenrods ​due ​to ​its ​preference ​for ​moist ​environments. ​This ​plant, ​with ​its ​clusters ​of ​flowers ​blooming ​from ​July ​through ​September ​on ​three ​foot ​stems, ​is ​an ​eye-catcher. ​Its ​lance ​shaped ​leaves, ​upwardly ​pointing ​and ​attractive ​even ​without ​flowers, ​add ​to ​its ​charm.

And for you butterfly lovers, ​the ​Ohio ​Goldenrod ​is ​more ​than ​just ​a ​pretty ​face. ​It’s ​a ​crucial ​nectar ​source ​for ​18 ​different ​species ​of ​butterflies, ​including ​the ​monarch ​butterfly. ​Without ​these ​specific ​nectar ​sources, ​the ​survival ​of ​these ​butterfly ​species ​would ​be ​at ​risk. ​

The ​goldenrod’s ​pollen ​is ​primarily ​spread ​by ​insects, like ​bees ​and ​butterflies. ​They ​are ​attracted ​to ​the ​plant’s ​bright ​yellow ​flowers. ​

Goldenrod ​has ​often ​been ​blamed ​for ​causing ​fall ​allergies ​like ​hay ​fever, ​but ​it’s ​actually ​not ​the ​main ​culprit. ​The ​pollen ​produced ​by ​oldenrod ​is ​too ​heavy ​to ​be ​easily ​carried ​by ​the ​wind, ​the ​main ​method ​of ​pollen ​dispersal. ​Instead, ​the ​true ​culprits ​behind ​fall ​allergies ​are ​typically ​ragweed ​and ​other ​wind ​pollinated ​plants. ​

The ​goldenrod ​has ​a ​rich ​history. ​Both ​Native ​Americans ​and ​early ​European ​settlers ​utilized ​goldenrods ​to ​create ​a ​vibrant ​yellow ​dye. ​

​Like ​the ​oxide ​sunflower, ​these ​plants ​are ​well ​adapted ​to ​the ​local ​environment ​and ​provide ​numerous ​benefits ​to ​pollinators. ​By ​planting ​native ​plants, ​you ​can ​support ​pollinators, ​preserve ​biodiversity, ​and ​create ​a ​more ​sustainable ​and ​resilient ​environment.

​So ​next ​time ​you ​see ​a ​goldenrod, ​remember ​it’s ​not ​just ​a ​pretty ​plant, ​but ​a ​vital ​part ​of ​our ​ecosystem.