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"What We Have Here, Is a Failure to [Replicate]": Ways to Solve a Replication Crisis in Implementation Science
Matthew Chinman1, Joie Acosta2, Patricia Ebener2
1RAND Corporation, 4570 Fifth Ave #600, Pittsburgh, PA, 15213, USA. chinman@rand.org.
Implementation science needs more replication studies to advance open science. This review examines replication in implementation trials, identifying challenges and proposing steps to enhance transparency and replicability in research.
Area of Science:
- Implementation Science
- Open Science
- Research Methodology
Background:
- Replication studies are crucial for scientific progress and the open science movement.
- Implementation science (IS) has historically underutilized replication studies.
- Lack of replication hinders transparency, openness, and replicability in IS.
Purpose of the Study:
- To review the current state of replication in implementation trials.
- To identify gaps and propose next steps for increasing replication in IS.
- To enhance transparency, openness, and replicability in implementation research.
Main Methods:
- Overview of study replication and its role in open science.
- Examination of the current approach to replication in IS.
- Discussion of different replication types (direct vs. conceptual) and their benefits.
- Case example: Designing and interpreting a replication study using Getting To Outcomes©.
Main Results:
- Replication in IS faces unique challenges compared to intervention replication.
- Different types of replication, like direct and conceptual, offer distinct benefits.
- A framework for designing and interpreting replication studies is presented.
Conclusions:
- IS must embrace replication to align with open science principles.
- Strategies are needed to improve the likelihood and quality of replication studies.
- Collaboration between researchers and practitioners can foster widespread replication and public health improvement.
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