Graham, G, (2019). Behaviorism. In Edward N. Zalta (Ed.), The Stanford Encyclopedia of Philosophy (Spring 2019 Edition). plato.stanford.edu/archives/spr2019/entries/behaviorism/
[Abstract]It has sometimes been said that “behave is what organisms do.” Behaviorism is built on this assumption, and its goal is to promote the scientific study of behavior. The behavior, in particular, of individual organisms. Not of social groups. Not of cultures. But of persons and animals. In this entry I consider different types of behaviorism. I outline reasons for and against being a behaviorist. I consider contributions of behaviorism to the study of behavior. Special attention is given to the so-called “radical behaviorism” of B. F. Skinner (1904–90). Skinner is given special (not exclusive) attention because he is the behaviorist who has received the most attention from philosophers, fellow scientists and the public at large. General lessons can also be learned from Skinner about the conduct of behavioral science in general. The entry describes those lessons.
[Citing Place (2000b)]  
Citing Place (2000b) in context (citations start with an asterisk *):
Section 7. Why be Anti-Behaviorist
* The philosopher-psychologist U. T. Place, although otherwise sympathetic to the application of behaviorist ideas to matters of mind, argued that phenomenal qualia cannot be analyzed in behaviorist terms. He claimed that qualia are neither behavior nor dispositions to behave. “They make themselves felt,” he said, “from the very moment that the experience of whose qualia they are” comes into existence (2000, p. 191; reprinted in Graham and Valentine 2004). They are instantaneous features of processes or events rather than dispositions manifested over time. Qualitative mental events (such as sensations, perceptual experiences, and so on), for Place, undergird dispositions to behave rather than count as dispositions. Indeed, it is tempting to postulate that the qualitative aspects of mentality affect non-qualitative elements of internal processing, and that they, for example, contribute to arousal, attention, and receptivity to associative conditioning.