The research, published by BiGGAR Economics, studied 18 wind farm sites across Scotland, and looked at the number of people employed in tourism in the local area both before and after they were developed.
It found some of the local authority areas with the greatest growth in tourism employment also saw the greatest rise in onshore wind installations.
However there was no overall relationship between the two factors.
Between 2009 and 2013, the level of employment in tourism in Scotland increased by 10.8% during a time when the onshore wind sector in Scotland was growing rapidly.
In the majority of areas studied (66%) sustainable tourism employment performed better in areas surrounding wind farms than in the wider local authority area.
Graeme Blackett, Director of BiGGAR Economics and report author, said: “Both renewable energy and tourism have been identified by the Scottish Government as key growth sectors, and therefore it is important to identify if there are any detrimental effects to one from the development of the other.
“What this study shows is that there is no relationship between the growth in the onshore wind sector and growth in the tourism sector.
“While this is just one piece of research, it is the first that has looked systematically at the situation before and after wind farms have been developed, and it clearly demonstrates that renewable energy and tourism can co-exist in a modern Scotland.”
BiGGAR Economics is a Scottish-based economics consultancy working for public and private sector clients across Europe. The consultancy works in both the renewable energy and tourism sectors and so undertook the research as part of its own R&D programme.
Analysis of the Business Register and Employment Survey, produced by the Office of National Statistics, indicates that overall in Scotland in 2013 there were 211,215 jobs in sustainable tourism.
Figures from the Department for Business, Innovation & Skills in the same year showed renewable energy supported 21,000 jobs in Scotland – 5,400 of which were in onshore wind.