Scientists are faced with a challenging predicament when it comes to whether they should be public policy advocates. In my opinion, scientists should advocate for policies that pertain to their field of expertise. Scientists possess important knowledge and research within their field of study, and, as such, it is their role in the policy decision-making process to provide this information effectively to the public. Following a standard scientific procedure involves collecting and analyzing data found during research, and, providing recommendations for future studies. If scientists only provided the facts, without providing more meaningful implications behind them, they would be omitting viable suggestions that could benefit future studies. In the same way, when scientists relay their work so that a nonscientific audience can understand it, they must also provide suggestions for how their findings can influence public policy. Issues arise when scientists try to address concepts outside of their range of research without informing their audience that they are no longer basing their response on scientific fact.
Some scientists fear advocating their position in public
policy sets them at high risk for losing their credibility within the
scientific community. But, if research is presented in an unbiased way, and, data
has not been skewed, elaborating on their findings according to how its
successes influence policy decisions will not cause the loss of credibility, as
long as accurate reasoning is used to back each claim. If scientists are open
and honest about when they are referring to scientific fact and when they are
offering their own personal views, credibility will not be questioned (Rykiel, 2001).
Scientists have an obligation to articulate their work to the public in this
way to carry their research further, especially those involved in environmental
sustainability.
As our world continues to advance technologically,
scientists need to find a way to make their research findings more accessible
to the rest of the world. In addition, as experts in their particular field, they
must be able to communicate their knowledge with the rest of society effectively
and be open about any uncertainties in their findings. It is crucial when
scientists are providing this information to the public that they are clear
about whether they are talking about actual scientific findings and facts, or, whether
they are referring to their own suggestions and opinions on the issue at hand
(Scott & Rachlow, 2006).
Certain fields of study, such as conservation biology, have
applications that extend beyond the scientific process. When there is disconnect
between management decisions and biologists who are experts on the matter, it
stresses the importance for the scientist to take the initiative and become
involved in environmental conservation decisions. In order to be effective policy
advocates, scientists must incorporate accurate education for the public and
keep in mind their scientific responsibilities so they can be sure that they
are not presenting biased or inaccurate information.
Works Cited:
Rykiel, E. J., Jr. 2001. Scientific objectivity, value
systems, and policy-making. BioScience 51:433–436.
Scott, J. M., and J. L. Rachlow. 2006. Science, policy, and
scientists. Frontiers in Ecology and the Environment. 4:68–68.
Your argument is very sound. Accessibility is a very necessary component to the scientific field, especially now with the internet and with the expectations we have of an informed public- who is part of the political system. A scientific advocate strives to reconcile both the objective facts they have discovered, and their own personal views, which is informed and backed up by their research. There needs to be more advocacy by science for science in the realm of policy as to not let it be lost in the disconnect that happens all too often.
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