Why Scientists Must Advocate
The old model — "give us funding and trust us" — is no longer sufficient. Policy decisions made every day in Washington directly affect what research gets funded, how universities operate, and whether scientific findings ever translate into real-world change. If scientists don't show up in those conversations, others will fill the void.
Science is only one input into policymaking. Policy is also shaped by values, budgets, ideology, public opinion, and political coalitions. Understanding this is not cynicism. It's the first step to being effective.
Research Funding
NSF, NIH, and DOE budgets are shaped by Congress. Advocacy directly affects appropriations. Proposed cuts to NSF have been reduced because scientists spoke up.
Public Health Policy
Evidence from behavioral and social science shapes decisions on mental health, substance use, education, and community wellbeing but only if that evidence reaches decision-makers.
National Competitiveness
China has now surpassed the U.S. in total R&D spending. The old "fund science to beat China" argument is outdated. Advocates need new framings around innovation, health, and security.
Collective Action Works
Smallpox was eradicated during the Cold War through collective action across political lines. History shows: when scientists, governments, and institutions coordinate, extraordinary things happen.
"Never underestimate the power of a small group of committed, passionate citizens to change the world. Indeed, it's the only thing that ever has."
— Margaret Mead, quoted by Sudip Parikh, CEO of AAASThe Two Types of Science Policy
Policy FOR Science
Decisions about how science is funded, how research is structured, and how universities and agencies support research. This is where your advocacy most directly applies.
Science FOR Policy
Using scientific evidence to inform decisions in health, environment, defense, energy, and other public policy areas. Your research may directly support these decisions.
Understanding the U.S. Government System
The U.S. system is not designed to make lawmaking easy. It is designed to make bad outcomes hard even if that means legislation is slow, frustrating, and messy. Understanding why helps you set realistic expectations and identify the right points of intervention.
What looks like dysfunction is often the result of deliberate constitutional design. Congress remains the central institution because it controls both lawmaking and the money that makes law real.
The Three Functions of Congress
Congress does not just "pass laws." It performs three distinct functions, each of which is a separate advocacy opportunity:
📋 Authorize
Creates programs and defines goals. Authorization is like handing someone an empty glass. It establishes structure but doesn't provide money. NSF's authorization has existed since 1950 with amendments.
💰 Appropriate
Actually funds the programs. Appropriations are a zero-sum game — more for one area means less for another. The Commerce, Justice & Science subcommittee handles roughly $71 billion. This is where the battles happen.
🔍 Oversee
Controls how agencies use power. Real oversight happens through letters, calls, private meetings, GAO reviews, and funding restrictions not just TV hearings, which are often political theater.
House vs. Senate: Different Animals
| Feature | House (435 members) | Senate (100 members) |
|---|---|---|
| Term | 2 years | 6 years |
| Orientation | Short-term, responsive to public pressure | More insulated, long-term thinking |
| Speed | Can act quickly on popular issues | Slower, "where bills go to die" |
| Advocacy implication | Connect your issue to constituents right now | Build long-term credibility and relationships |
Many bills the House passes never become law because the Senate operates differently. Knowing which chamber and which committee controls your issue determines where you focus your energy.
Executive Orders and the Current Landscape
Because Congress is passing fewer laws (the 118th Congress passed only 274 laws, down from 365 in the 117th), executive orders have become increasingly important. This means agency-level advocacy — through rulemaking, public comment periods, and agency relationships — matters as much as congressional advocacy. Science policy also happens through court decisions, agency guidance, and implementation by civil servants.
The Federal Budget Process
Budget = policy in action. Funding decisions determine what research actually happens. The president proposes, Congress decides, and Congress has the final say. Understanding this process prevents confusion and helps you target your advocacy precisely.
Where Federal R&D Money Goes
🛡️ Dept. of Defense
~50% of federal R&D. Surprises many people. Much stays inside federal labs and defense systems, but indirectly supports research infrastructure and training.
🏥 NIH (HHS)
Largest funder of academic biomedical research. Where most university-based life sciences funding originates.
⚡ Dept. of Energy
Supports both basic science (Office of Science) and applied energy research, including national labs and nuclear/security programs.
🔬 NSF
Smaller in total dollars but crucial, funds academic, curiosity-driven research across all disciplines including social and behavioral sciences.
The Budget Timeline
Presidential Budget Request (February)
Agencies plan in late summer/fall, submit to OMB for "passback" negotiation. The result is the administration's proposal, not law, but signals priorities. Always check the supporting CBJ documents for program-level detail.
Congressional Action (Spring–Fall)
Congress drafts 12 appropriations bills. House and Senate write separate versions, then must reconcile them. Political bargaining intensifies at this stage. Many bills stall here.
The Reality: Continuing Resolutions
Budgets are rarely passed on time. The last full on-time budget was 1997. CRs temporarily fund government at existing levels, preventing shutdowns but creating uncertainty for agencies, who delay hiring and projects.
Presidential Signature → Law
Only after this does funding become real. Often arrives via omnibus (all bills combined) or minibus (a few bundled together) when individual bills stall.
Large proposed cuts to NSF have been reduced after scientists, universities, and stakeholders contacted Congress. Lawmakers care about local economies, jobs, and universities in their districts. Your voice directly affects funding numbers.
Congress funds at the "account" level — broad categories, not individual programs. For NSF, advocate for "Research & Related Activities," not a specific grant program. Advocate at the level Congress actually controls, or your message won't translate into policy.
The Science Advocacy Landscape
Science advocacy is fundamentally about translation, bridging two very different worlds. Scientists think in data, nuance, and uncertainty. Policymakers need clear, actionable, often simplified information. You can work both sides of this bridge, and you don't have to do it alone.
Who's in the Ecosystem
Scientific Societies
AAAS, APA, ASA, and others offer newsletters, issue trackers, advocacy toolkits, and direct pathways to connect with policymakers. You do not need to invent this process.
Research Universities
Play a unique role. They produce research, train students, and contribute to local economies. University government relations offices are a key resource and partner.
Advocacy Organizations
Research!America, AAU, APSA, and others actively build public and political support for research. Connecting with them amplifies your individual voice.
Policy Fellowships
AAAS Science & Technology Policy Fellowships, APSA Congressional Fellowship, and others offer immersive pathways into policy work for scientists at all career stages.
Key Challenges to Know
Many science issues are long-term and technical not immediately visible to the public. This makes it hard to mobilize sustained attention. Be strategic about when to raise the alarm and avoid message fatigue.
New members of Congress, new administrations. You must rebuild relationships repeatedly and reintroduce your institution and issues. This is normal; plan for it.
When a major cut to research funding is proposed, mobilization of scientists, patient groups, and first-time advocates often restores most of the funding. Threats to science make its value more visible. Crises can activate people who were previously disengaged.
Career Paths into Science Policy
There is no single defined path. Common entry points include congressional offices, policy fellowships, DC internships, and advocacy organizations. The strongest message from practitioners: you learn this work by doing it. Law degrees are helpful but not required. Start small. Advocacy doesn't have to begin at the national level.
Communicating Science Effectively
The most common mistake scientists make is assuming that if they just provide enough evidence, the right policy will follow. It won't. In policy settings, evidence matters but so do values, priorities, trust, timing, and relationships. Your job is not to lecture; it's to be useful.
Policymakers and staffers are not uninformed. They are overwhelmed. Your job is not to "provide facts." It's to help them make sense of information, organize evidence, explain why it matters, and make it easy to use. Advocacy is about clarity, not volume.
Two Models of Communication
❌ Expert-to-Audience
The scientist delivers information. The audience is expected to accept it. This is limited and often counterproductive. People feel talked at, not talked with.
✓ Engagement & Dialogue
Communication is two-way. The goal is conversation, not just transmission. You hear what the other person cares about and adjust your message accordingly.
The Storytelling Imperative
Stories make abstract research concrete, human, memorable, and urgent. Good advocacy stories include a clear hook, a challenge or conflict, a protagonist, and a meaningful outcome. Science naturally contains these elements: struggle, uncertainty, persistence, discovery, change. Use them.
Hook: Who is affected and why does it matter right now? Challenge: What problem does your research address? Your work: What did you discover and how? Impact: What changes because of this research and for whom?
Communication Principles
- Lead with impact, not methods. Policymakers ask "why does this matter for my constituents?" not "what statistical approach did you use?"
- Use plain language. Assume the listener is not a scientist. Avoid jargon and beware the "curse of knowledge" — you know too much to easily imagine what a non-expert understands.
- Embrace small talk. A few minutes of casual conversation before your ask reduces awkwardness and makes the actual policy conversation more effective.
- Listen before you speak. Don't rush into the ask. Don't assume you know what the other person thinks, knows, or cares about. Stay curious.
- Plan, but stay flexible. Prepare your key points, but don't arrive with a rigid script. Good advocacy is like improv: listen, respond in the moment, adapt quickly, stay present.
- Communicate uncertainty honestly. Science changes as evidence changes. This is normal. Communicate this clearly so people don't become distrustful when guidance evolves.
- Discomfort is not danger. It's normal to feel uncertain or awkward. Treat it as part of the process, not a sign of failure.
Your research on human behavior, decision-making, social systems, and community health is deeply relevant to policymakers but it's often less visible than biomedical research. Explicitly connect your findings to tangible outcomes: reduced poverty, improved education, stronger communities, better mental health, more equitable systems. Make the "so what" impossible to miss.
How to Have a Successful Hill Visit
Effective advocacy is not about saying everything. It's about saying the right thing to the right person in the right way. There is no silver bullet and no secret script. The goal is a useful conversation, not a perfect performance.
Before the Meeting: Do Your Homework
Preparation signals respect and increases credibility. Check the member's website, "issues" page, committee assignments, voting history, district profile, and bills they've supported. If you know the district, you know a lot about the member.
Understand Who You're Meeting
Congressional offices are small and busy. Everyone is juggling many issues at once. Typical roles you'll encounter:
| Role | What they do | Advocacy implication |
|---|---|---|
| Chief of Staff | Manages office operations, senior decisions | High-value contact; rarely available for issue meetings |
| Legislative Director | Oversees all policy positions | Good for broad science/research conversations |
| Legislative Assistant | Handles specific issue areas | Your primary contact; build this relationship |
| Member of Congress | Makes final decisions | May appear briefly; staff do the follow-up work |
Committee Jurisdiction Is Everything
Congress is organized by committee jurisdiction. Science issues are spread across many committees. Before your meeting, know: Which committee handles your issue? Is this office an authorizer or appropriator? Does the member sit on a relevant subcommittee? Speaking to the wrong committee means you're not speaking to the decision-maker.
Structure of the Meeting
Brief introduction (2 min)
Who you are, where you're from, your institution. Make it local. Connect to the member's district or state.
Small talk & rapport (2–3 min)
Not wasted time. Reduces awkwardness and makes the policy ask much more effective.
Your story (3–4 min)
Start with the issue you know best. Make it human and personal. Avoid jargon. Show why it matters for their constituents.
The ask (1–2 min)
Be clear and specific. Know whether you need an authorizer or appropriator. State your request plainly and early.
Listen and leave space (remaining time)
Let the conversation develop. Pay attention to whether the staffer is tracking or getting confused. Adjust accordingly.
Trust Is the Currency of Advocacy
- Never overstate your case or fudge facts. You'll lose credibility fast.
- Say "I don't know" when you don't. This builds trust, not weakness.
- Speak as an individual, not as if you represent your entire field (unless you do).
- One meeting is rarely enough. Follow up, stay in touch, be reliable.
- Science is broadly liked by the public. You're not coming in adversarially.
House offices are on the south side of the Capitol complex; Senate offices on the north. Buildings are connected underground. Office numbers don't follow an intuitive pattern. Wear comfortable shoes. Security lines vary. Build in extra time.
Public Opinion and Effective Framing
Public sentiment drives policy. Understanding what the public believes about science, and where the gaps are, helps you frame your advocacy for maximum impact. The data is more encouraging than you might expect.
What the Data Shows
Strong Bipartisan Support
Most Americans support increased investment in research, and about 2/3 are willing to pay more taxes for it. Science is not as polarized as it may seem.
Belief in U.S. Leadership
~90% of Americans believe the U.S. is a global leader in science and health research but many worry about losing that leadership. Use this: "We're leading, but need investment to stay ahead."
Awareness Gap
Only about half of Americans are aware of recent research funding cuts. But among those who are aware, 80% are concerned. The issue is lack of awareness, not opposition.
Visibility Problem
Only 1 in 4 Americans can name a living scientist. Science is respected, but scientists are invisible. Becoming more publicly visible is itself a form of advocacy.
Effective Framing Strategies
All politics is local. Connect your research to the lawmaker's district, the jobs created by your university, the health problems in their community, or the people in their state who benefit from your work. Abstract benefits don't move people — personal, local, real ones do.
~70% of Americans are concerned about China surpassing the U.S. in research. Science funding = national security and economic competitiveness. This framing resonates across political lines.
Reaching Young Adults (18–24)
Young adults are slightly less motivated by abstract benefits like "national leadership" and more motivated by personal health, mental wellbeing, and helping family and friends. The main barrier is distrust, not disengagement. Engage them on accessible platforms (social media) and emphasize concrete, personal impacts.
~90% of Americans believe scientists have a responsibility to communicate their work. The public is not rejecting scientists. They want to hear from you. Advocacy at multiple levels counts: conversations with peers, op-eds, social media, and community engagement are all forms of advocacy.
Templates & Preparation Tools
Use this to draft a 2–3 minute story about your research that works for policy audiences.
Quick Reference: Framing Your Research
| Avoid This (Academic) | Try This Instead (Policy-Friendly) |
|---|---|
| "Our study examined the correlation between..." | "We found that when communities have [X], people are [Y% more likely to Z]..." |
| "The p-value was statistically significant at..." | "Our findings were robust and replicated across multiple studies..." |
| "Further research is needed before conclusions can be drawn..." | "The evidence is strong enough to act on, and here's what we'd recommend..." |
| "This basic research may eventually have applications..." | "Here's a real example of how research like this changed [a person's / a community's] life..." |
| "The construct validity of this measure requires..." | "We measured this in a way that reflects what people actually experience..." |
My Actual Hill Visit — What It Was Really Like
By the time the workshop wrapped up, something had shifted. We weren't just researchers anymore. We were advocates with a toolkit, a message, and frankly, a lot of nervous energy. And then FABBS did something incredible: they organized actual meetings for us with California representatives. Like, real ones. On Capitol Hill. The next day.
FABBS made the logistics easy. They found us time slots with California representatives so we could show up ready to advocate for social science research. All we had to do was get there, remember our names, and not trip on the Capitol steps.
I joined a group of students from UCLA to meet with two California representatives: Representative Laura Friedman and Congressman Lou Correa. We talked about the importance of social and behavioral science research, why it matters, what it produces, and what's at stake when it gets cut. And they listened. Really listened. They promised to support our field, which felt surreal and also extremely motivating.
Outside Representative Laura Friedman's office, Room 1517. Yes, we found it. Eventually.
What It's Actually Like to Walk Those Halls
Okay, nobody tells you this enough: Capitol Hill is an experience. The hallways are full of people in very serious formal clothes always walking very fast in very important directions. There's an energy — a kind of controlled urgency — that makes you feel like you're in a political thriller, except you're wearing your interview blazer and carrying a policy one-pager.
If you want to do this — and you should — arrive early. You have to pass through security screening, and the Capitol complex is genuinely not easy to navigate. The buildings are connected underground, office numbers follow no logical system, and House offices are on the south side while Senate offices are on the north. Expect to be lost at least once. Budget 20–30 extra minutes, wear comfortable shoes, and embrace the chaos.
Security Is Real
Bag screening, metal detectors, the works. Don't bring anything that'll slow you down. Leave yourself extra time, especially if you have multiple meetings across different buildings.
The Layout Is Confusing
Buildings are connected underground via tunnels. Office numbers are not sequential. Download the Capitol Complex map app or ask a staffer. they're used to it and they're nice.
The Vibe Is Formal But Human
Everyone walks fast and looks important. But in the actual meetings, staffers are real people who want to hear from constituents. Don't be intimidated. You belong there.
It's Worth It
Walking out of those meetings knowing you spoke up for social science, knowing a congressional office now has your research on their radar, feels genuinely powerful. Do it.
