For 60 years Sir David Attenborough has brought the “extraordinary” of far off lands closer to home. In some aspects, Sir Dave has brought it so close that the only experiences you miss from not travelling there yourself are lost baggage and jet-lag. Now, as we plunge into Science 2.0 we are about to get much closer to the wild.
Over the past couple of decades, ecologists have increasingly used automated bio-monitoring equipment, such as remote cameras and acoustic recorders, to research wildlife. Reptiles, mammals and even insects can be monitored via remote cameras. Couple this with acoustic recorders that detect birds, bats and whales and basically no animal can hide.
While this may seem to intrude upon an animal’s privacy, cameras and recorders are fantastic tools. The equipment doesn’t require a human operator as pictures and audio recordings are captured automatically with digital technology. These devices can also be left in situ for weeks or months at a time. This means lower costs and better research outcomes than trapping methods.
However the citizen science front in Australia is where I think exciting work is yet to be done. Automated equipment is a boon for this scientific genre. With no contact necessary between humans and critters, there is far less risk for the researcher and far less impact upon wildlife.
Furthermore cameras and recorders are so easy to set up that any appropriately dressed ape can deploy the equipment. Practically anyone can take part in a camera or recorder study and experience the pleasure of collecting scientific data.
One such program, The Great Chicken Coop Stakeout, was conducted earlier this year by the North Carolina Museum of Natural Sciences and North Carolina State University. The objectives were simple. What predators are present in rural and urban areas and which ones are attracted to chicken coops?
To take part, you simply needed to learn how to setup the supplied camera and move it every couple of weeks. And of course, you needed a chicken coop. The project appears to have been successful as organisers have now launched a larger project, eMammal.
There is no doubt citizen science projects can produce peer-reviewed research (for example, here and here). But even if conducted purely as a science outreach exercise, such projects are hugely valuable. Cameras and recorders allow us to connect with nature in a unique way.
For example, after a cage trapping study, “data” is pages of hand written notes describing capture events. But the raw data collected with cameras and recorders can be experienced. It is visceral and tangible to our senses, and even seasoned researchers are often excited to “see” what has been detected.
Given the appealing raw nature of the data, the fact that it is digital and that open-source and open-data science is just around the corner, I expect we will soon be much closer to the wild than ever before.
Actually, it’s already happening.
The Zoological Society of London and the EDGE conservation program have a small network of “next generation” remote cameras deployed around the world. These cameras take pictures and automatically email those pictures to a central database. Photos are then sent to Instant Wild, a free phone application that allows you to identify the animals before transmitting your identifications back to the database. A win-win situation.
For researchers, this is like a “kickstarter” for data analysis as potentially hundreds of hours are saved not looking at photos of animals that everyone can identify such as elephants or zebras. And for the community taking part, we receive beautiful pictures of wildlife in their natural surroundings, just doing wildlife-y things.
Before you download that app though, check out Bear 71. Bear 71 is the title of a 20-minute interactive documentary produced almost entirely from scientific data captured from remote cameras and GPS tracking collars. It is so impressive that attempting to explain it will not do it justice; just watch it for yourself. If this is what documentary 2.0 (or the i-Documentary for fans of Apple) is all about, then exciting times lie ahead.
I would never wish to do away with Attenborough; I think there will always be a place for that style of communication. But I am extremely excited about the opportunities to really connect the public with the wild using these automated tools. What’s more, I look forward to the open data era where creative people will take millions of pictures and sound recordings to construct beautiful and inventive ways to tell new stories.
Chris Owens
Professional
Motion activated cameras are a great innovation and allow me to determine what terrestrial animals (primarily) are on my bush property and the presence and frequency of feral predators that require control. Species such as long nose bandicoots and antechinus ssp. that would otherwise be almost impossible to detect without invasive methods like Elliott trapping.
I have got some fantastic and funny footage including a lyrebird dancing in circles around his potential mate, antechinus checking out the camera, bandicoots who seem to be spring loaded and wombat joeys following mum. Still haven't figured how to use cameras effectively in the canopy though. Mine (2) seem to be sensitive to wind movement and whilst you can set up on a known track on the forest floor, there are many more options and routes in the canopy.
Michael H Cosby
logged in via Facebook
My wombat companion animal wants to know if I think its fair to take pictures of him pooing, especially if I intend to share them on the internet.
I tried the 'scientific research' spin, but he said if that doesn't wash with cetacia, it doesn't with quadrupedal marsupials.
Glenn Conroy
Communications Manager
Recently launched at the world’s first Camera Trapping Colloquium in Sydney, a new Wildlife Camera Trapping Manual is now available for free download to assist researchers to conserve and protect wildlife around the globe.
The Colloquium was co-hosted by the Australasian Wildlife Management Society and the Royal Zoological Society of NSW in collaboration with the Invasive Animals CRC, NSW Department of Primary Industries and sponsors including the WWF Australia.
This New Wildlife Camera Trapping…
Read moreDale Bloom
Analyst
Using video of animals and fish could help make some important discoveries.
For example:
“By fencing off sections of the Great Barrier Reef over three years, researchers were able to simulate the growth of towering, weed-like algae on an otherwise healthy reef. Then, they introduced scores of different fish species and filmed the results.”
http://www.enn.com/top_stories/article/5689
It’s a dilemma regards filming natural wild animals and presenting it as entertainment on TV.
There would be a growing number of people, particularly in cities, who have minimal connection to the natural world, and seeing the natural world on a screen may be their only opportunity to see wild animals.
However, for them to go out into natural bushland would only risk the wildlife, and probably risk themselves also.