Search Results for: citizen science
Volunteers collect data as part of the Centennial Saguaro Survey in Arizona, USA. (Image credit: US National Park Service, CC0, Image Cropped)
When it comes to making conservation decisions, science is just the first step. Putting scientific research to work addressing conservation challenges requires collaboration between researchers, stakeholders, and the public. And increasingly, researchers point to citizen science as a way to engage the public in conservation.
What does citizen science mean to you? If you asked fifty people this question, you’d probably get fifty different answers. Citizen science—or, as it is sometimes called, community science—is increasingly common in scientific research, revolutionizing the way that many types of data are collected, but at the same time it can feel distinctly personal to those that participate in it.
Snapping a photo of a backyard tree each day to document the change in seasons … collecting a water quality sample from your neighborhood stream and sending it to a local lab for analysis … swiping through photos of outer space on your smartphone and identifying patterns among formations of stars—the experience of citizen science looks different for each person who participates in it.
Citizen Science and Biodiversity: Thoughts From a Meeting With the European Citizen Science Association
A collection of biodiversity researchers from across Europe came together in Brussels for a unique kind of meeting last week. We were connected by two common threads: first, we are all supported by BiodivERsA, a large network of European biodiversity research projects funded by the European Union’s Horizon 2020 program. And second, most importantly, we are all interested in connecting our biodiversity research with citizen science in one form or another.
Occupancy models for citizen-science data (2018) Altwegg & Nichols, Advances in Modelling Demographic Processes, 10, p. 8-21
Species distributions maps are great. I remember rifling through animal encyclopedias as a kid, checking out the distributions of my favourite animals, just assuming that people knew exactly where to find all these organisms. But the reality is that figuring out exactly where species live is extremely difficult.
It’s made easier, however, by the use of citizen (or community) science. This occurs when volunteers involve themselves in projects in which they observe and report the presence or absence of a species in a given area, which is then used to determine a species’ distribution. This data is obviously incredibly useful to any ecologist, but it comes with some drawbacks. This paper attempts to summarise those drawbacks and outline ways to work around them.
Ecological restoration (pictured here, sand dune restoration conducted by NH Sea Grant in New Hampshire, USA) is a form of solution science. (Image Credit: Caitlin Mandeville., CC BY 2.0, Image Cropped)
Shining a Brighter Light on Solution Science in Ecology (2020) Doubleday & Connell, One Earth, https://doi.org/10.1016/j.oneear.2019.12.009
These days, it can feel hard to go even a day without thinking about the many environmental challenges facing the world. Climate change, habitat degradation, species extinctions… it can all feel a bit overwhelming sometimes. In fact, many of us ecologists chose careers in this field because we hope to contribute to solving these problems. There is no doubt that many of the questions investigated by ecologists have direct relevance to our ability to live more sustainably on earth. But how often do ecologists make the leap from basic ecological knowledge to the ways that this knowledge can be used to make a positive difference in the world?
In a January 2020 publication, authors Doubleday and Connell calculated the percentage of articles published in top ecology journals that have a clear focus on solving environmental problems and found that only 14% of top ecology articles focus on what they call “solution science”.
Image Credit: Matt von Konrat, Chicago Field Museum, CC BY-SA 2.0, Image Cropped
Public engagement is something I’ve spoken about at length with the scientists I’ve been fortunate enough to talk to. However communicating better with the public is one thing; actively getting them involved in the scientific process is another. Matt von Konrat, of the Chicago Field Museum, has led an ambitious project which has successfully involved thousands of Americans from all walks of life in the scientific gathering of data. The result? Millions of specimens quantified, and thousands of people left with a better understanding of science.
If you haven’t yet heard, April is Citizen Science month, so we’re posting a spate of articles on how people can help out and contribute to science without spending months making tiny adjustments at the whims of peer reviewers! This week Sammy Mason (of the UK’s MammalWeb project) and I have put together a checklist for anyone who wants to organise their own camera trap.
For those not in the know, a camera trap is essentially a camera placed out in the wild which records the movement of local animal species whenever they pass by. It’s a fantastic way to document your local wildlife, and it’s a huge help in collating important data about our wildlife. If you’re not convinced, check out the article below.
So for those of you who would life to set up a camera trap, let’s get stuck into what you have to consider.
This month, in line with Global Citizen Science Month, we’ll have a special focus on all things citizen science. For those of you who are unaware of the concept, it’s an initiative by SciStarter and the School for the Future of Innovation in Society at Arizona State University, with support from the Citizen Science Association and National Geographic.
For those who haven’t heard the term before, citizen (or community) science is essentially an all-encompassing term for scientific research and learning that is conducted outside of traditional spheres. It can encompass anything, from your kid collecting bugs in traps in the backyard, to global apps like iNaturalist. While Caitlin will have an in-depth overview of exactly what citizen science entails next Monday, we’ll kick the month off by looking at revolutionary technology that has allowed non-scientists to participate in scientific research worldwide – social media.
Specifically Twitter. One of the most enjoyable things about Twitter’s scientific community has been the advent of SciComm games. These are (often weekly) posts by scientists from different fields, which ask fellow Twittererers to identify, find or pick apart different aspects of an ecosystem. They’re a great introduction to taxonomy and field identification, and they’re super-easy to get involved in.
So below I’ve listed (with the help of Twitter) 10 of the most fun Twitter games out there.
More than perhaps any other taxa, birds have managed to associate themselves with the beauty of nature. An ecosystem devoid of bird calls just feels like it’s missing something, and whilst tigers, koalas and elephants might be the face of many a conservation movement, you can’t lure them to your backyard or local park with a simple feeder (at least I hope not). The bird-watching community worldwide is massive, and ranges from casual backyard birders to those who are willing to travel far and wide to see a new species.
For bird scientists, there are pros and cons to the public’s love affairs with birds. The bird community is a huge source of information and a great place to raise awareness of conservation issue. Yet at the same time, our idealisation of birds has led to a lot of misconceptions, both about their population health and their private lives.
Professor Dan Baldassare came into bird ecology through a fascination with animal behaviour. The author of the fantastic paper “The Deal With Birds” (which we’ll get into in a subsequent article, Dan has spent his academic career studying the lives of a range of birds, from the striking Northern Cardinal to the incredible vampire ground finch.
I spoke to Dan recently about our relationships with birds, some of the positives that have come from it, and how our perception of them may have blinded us to some of the realities of their lives.