Some years ago, I had a bright idea. I’d just finished my PhD researching communities of wild pollinators and other beneficial insects in Australian orchards. During that time I’d discovered that lots of people (scientists and non-scientists) thought that European honey bees were the main, if not only, pollinator in Australia.
Most people I spoke to about my work were amazed to learn that we had 1800+ species of Australian native bees, let alone the thousands of other insect species that also pollinate flowers.
I approached my friend Karen Retra, a local bee enthusiast, with a simple plan. Why not try and raise awareness of the forgotten pollinators by getting people outside in their backyard to look for insects? With the myriad of free online tools available, I thought it would be pretty easy to run a regular insect count that anyone could get involved in, just like the UK’s famous Big Butterfly Count or the Aussie Bird Count.
So we started the Wild Pollinator Count, an Australian citizen science project focused on pollinator insects. It runs in the second full week of April and November every year. The idea of this was so that regular contributors have the opportunity to notice differences in their local pollinator communities as the seasons change. Contribution is easy: find a flowering plant during the count week, watch some flowers for 10 minutes and record what you see, enter the data via our submission form. Continue reading
Thank you to James O’Hanlon for inviting me on to his awesome science podcast In Situ Science. It was my first podcast, but it was just like a good radio interview where you’re given the time to have a conversation, not produce soundbites.
We chat about the Wild Pollinator Count, the challenges of running citizen science projects (data quality, science vs. engagement etc.), how ecosystem services might be one of the most unifying but misunderstood concepts in research, media portrayal of science, James Bond, science community blogging and more!
You can listen to the podcast here (and if you’re new to the site, be sure to subscribe and check out the previous episodes!):
Ep. 41 Pollinators, Bond films, and ecosystem services with Manu Saunders
This post was co-authored with Bindi Vanzella, Regional Landcare Facilitator for Riverina.
Citizen science is a great way for non-scientists to contribute valuable information to scientific knowledge. It’s a new term – people have been doing citizen science for centuries under different names. But it’s all the same valuable contribution.
Citizen science isn’t about volunteers doing all the hard work for scientists. Yes, the origins of this recent term are in academia. But many citizen science programs are based foremost on engagement and education, with data collection as a secondary aim.
And engagement and education tend to work best when they are based locally or regionally. Many species have local or regional ranges, and the social and cultural connection of a species can change across larger geographic scales. Continue reading
Last spring,with the help of Karen Retra, a local permaculture teacher and native bee naturalist, I trialled a wild pollinator count citizen science event. It started off as an experiment – both of us were passionate about wild pollinators and keen to encourage people to think outside the ‘pollinators are just bees’ box. So we organised a week-long ‘wild pollinator count’ for residents in our region (southern New South Wales and north-east Victoria).
The inspiration came from similar counts overseas, like the UK’s Big Butterfly Count and USA’s Great Sunflower Project. There was an opportunity to create a similar event here, and this style of citizen science is a great way to engage people beyond the ‘active’ amateur naturalists and science fans. Time-and-Place events, like local bioblitzes or museum-based events, may not connect with everyone who is interested if they don’t have time or money to attend. In contrast, backyard citizen science has the potential to engage more people, as it allows people to participate in their own time. Continue reading