Tag: Conservation Biology
Quick Study: Six Common Mistakes in Conservation Planning
Quick Study is just what it says — a rapid-fire look at a new conservation science study that might turn some heads.
Study: Game, E.T., P. Kareiva, and H.P. Possingham. 2013. Six common mistakes in conservation priority setting. Conservation Biology 44(4):1-6.
The Big Question: Environmental problems are big, but resources for conservation are tiny — so conservation groups are constantly prioritizing what they do and recommend so as to allocate those resources better. So why isn’t conservation making more of a dent?
Study Nuts and Bolts: In this think piece, Game and co-authors argue that, while conservation presents its priority setting as science-based, conservation planners too often ignore or misapply decision science — the combination of mathematics, economics, philosophy, and psychology that is used by engineers, health, the military and business to help them make better decisions. And that systemic lack of decision science, the authors say, leads to six big mistakes that blunt conservation’s impact.
The Findings: Here are the six big mistakes (which you might also group under the broad headers “Timidity in Language” and “Fuzzy Math”):
1) not acknowledging conservation plans are in fact prioritizations (and thus recommendations);
2) not being precise about the problem they’re trying to solve;
3) prioritizing not actions, but species, habitats or locations (thus leading to inaction);
4) using arbitrary numerical values to arrive at prioritization arithmetic;
5) allowing look-up tables to hide priority-setting value judgments; and
6) failing to acknowledge the risk of failure for some conservation actions, which leads to skewed cost/benefit analyses.
What’s It All Mean? While Game et al. do say that conservation is generally moving in the right direction in how it sets priorities, most individual planning makes at least one of the above mistakes — leading to misspending and declining public confidence in conservation when the public finds out that those priorities weren’t chosen all that scientifically. So, time to bone up on those decision science skills, says Game.
“We conservation scientists prioritize a lot — but we’re not typically trained in the formal skills of prioritization that many other fields depend on,” he told me. “That’s a recipe for wasting our precious resources.”
Connect: Helping Animals Move in a Changing Climate
Imagine you’re on a long hike, and you are trying to get to a valley on the other side of a mountain. Do you take a gentle trail that leads you easily around it? Or do you hike straight up the mountain, braving waist-deep snow, frigid wind, slick rocks and risk of death?
It really isn’t much of a decision, is it?
Animals take similar routes when they migrate and roam. A mule deer or a lynx won’t waste calories or risk its life by taking a precarious route. To survive and thrive, they need relatively easy paths to move to feeding, breeding and resting areas.
Now animals face a new reason to move: climate change. As vegetation and climactic conditions change, many species will need to move to new ranges.
But how do they get to these new habitats? Will they find an easy route, or will they have to risk roads, inhospitable terrain, housing developments and other dangerous paths?
Questions like these are at the heart of what ecologists call connectivity: the degree to which a landscape allows wildlife to move from one place to the next. A well-connected landscape is one where animals can move easily. In a disconnected landscape, populations and habitats become isolated from each other.
A new paper published in Conservation Biology by Tristan Nuñez and colleagues from the Washington Wildlife Habitat Connectivity Working Group provides a simple and straightforward method for land managers to account for species shifting their ranges in response to climate change, and to protect and restore land accordingly.
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