Science is creative. Write it big, shout it loud, because the message is not getting through. (Howe, 2004, p.14) The American educational system has experienced a recent and increased focus on Science, Technology, Engineering, and Mathematics (STEM), and researchers and practitioners have argued for equal emphasis on the arts as well. According to Hartle and colleagues, incorporating the arts into learning is considered important and useful for four basic reasons (Hartle, Pinciotti, & Gorton, 2015). First, all cultures demonstrate some sort of need for aesthetic beauty and harmony, making the arts culturally universal. Second, we process sensory information through the arts, which embodies the arts into a system of learning. A third reason is that in our 21 st century multicultural world, the arts provide a language that everyone understands without need for translation. Finally, the arts "provide a natural, and intrinsically motivating medium for children to work 'in advance of themselves' to demonstrate a capacity to work 'as if' they are painters, scientists, presidents, or rock stars" (p. 294). The importance of an increased emphasis on the arts has led to broadening STEM to include the arts. The term STEAM (Science, Technology, Engineering, Arts, and Mathematics) was introduced by Yakman, who realized that, "We live in a world where you can't understand science without technology, which couches most of if its research and development in engineering, which you can't create without an understanding of the arts and mathematics" (2012, p.15). The ability of art to inspire creativity in scientific thinking, educate young learners in a holistic manner, and offer another pathway for making and communicating meaning provide important reasons for integrating the arts into science learning. Arts Integration Defined The incorporation of the arts into teaching and learning is called arts integration (AI). The arts include both visual arts (paintings, sculptures) and performing arts (music, dance, drama). Science and art can be seen as opposites, but these two subjects also share commonalities. For instance, Journal of Science Education, and Research in Science Education. Finally, the authors used a snowballing approach to gather articles that were cited by authors of articles already included in the literature review. A total of 11 additional articles resulted from this second phase of the search process, yielding a total of 65 articles for inclusion in the review. All journals and the number of articles found in each journal are listed in Table 1.