Behavior Intervention Plan: A Practitioner's Guide to Writing, Training, and Maintaining a Function-Based BIP

What a BIP actually is in 2026 practice

A BIP is the written, function-based intervention document that follows an FBA, with target-behavior data compared before and after intervention and the plan adjusted at weekly review Helton & Alber-Morgan (2018). Quigley and colleagues' survey of 54 BCBAs/BCBA-Ds settled the consensus: the plan must be "technological" — explicit, replicable, stripped of jargon-as-shortcut — so any subsequent provider can implement it correctly without the author present Quigley et al. (2018). Every BIP should walk through function, prevention, teaching, reinforcement, and data collection in language clear enough that a substitute paraprofessional could pick it up tomorrow and run it Quigley et al. (2018).

The required-components question, settled by component analysis

LaVigna and colleagues' multi-element framework is the most operational answer to "what goes in a BIP?" the corpus offers. They identify the categories of independent variables a BIP for severe problem behavior must specify — antecedent strategies, ecological changes, positive programming, and consequence-based procedures — and the categories of dependent variables that must be measurable on the data sheet: rate, duration, latency, intensity, and inter-response time LaVigna et al. (2022). Their checklist forces a multi-element rather than single-strategy plan: every BIP for severe behavior should list at least one measurable dependent variable from each dimension and pair each function-identified intervention with specific ecological and positive-programming tactics, not just an antecedent-behavior-consequence sequence LaVigna et al. (2022). The framework is conceptual rather than empirically validated, but it pairs naturally with the Quigley technological-plan checklist as a self-review before plan approval Quigley et al. (2018).

Function-based, derived from FBA — and increasingly from IISCA

A BIP whose interventions don't match function is a BIP that will fail. Pollack and colleagues' PRISMA-style systematic review of 69 studies of K-12 students with EBD documented that 80% of function-based BIPs in this population contained at least one trauma-informed practice — but most plans targeted only a single replacement skill, fewer than half embedded differential reinforcement of contextually appropriate behavior, and explicit safety planning and student-choice components were the most frequently missing elements (Pollack et al., 2024). Function-based does not automatically mean comprehensive, and the components teams actually skip — multi-skill replacement training, predictable routines, explicit assent — are exactly the ones that determine whether the plan holds up under classroom stress (Pollack et al., 2024). On the assessment side, Jessel and colleagues' two-step validation of the performance-based IISCA across 11 individuals with life-threatening SIB or aggression demonstrated that a brief, trauma-informed FA can identify function and feed directly into a skill-based BIP combining functional communication, toleration, and cooperation skills, with a count-based 3–5-instance criterion safe enough for high-risk cases (Jessel et al., 2024). Fruchtman and colleagues' three-child extension showed the performance-based IISCA can identify synthesized reinforcers and shape multi-domain Skill-Based Treatment that cuts problem behavior to near-zero — a tight loop from FBA to BIP without a separate translation step Fruchtman et al. (2025).

Replacement behavior: FCT, chain interruption, and the "more than one skill" rule

Functional Communication Training is the canonical replacement-skill move, and the corpus contains both the IISCA-driven FCT package above and more idiosyncratic chain-based variants Fruchtman et al. (2025) Thompson & Hanson (2024). Thompson and Hanson's behavior-chain interruption study with an adult with intellectual disability and deaf-blindness shows the principle: the BIP programmed help-seeking mands as the replacement before chains reached the failure points that previously evoked SIB, used low-effort environmental manipulations (taped flush handle, locked cabinet) to evoke the help opportunity safely, and trained staff to withhold prompts and reinforce only independent help requests, producing 93% IOA Thompson & Hanson (2024). Torelli and colleagues' multiple-baseline study with five kindergarteners with IDD embedded the BIP inside a Life Skills Program — teaching functional communication for the reinforcers maintaining each child's interfering behavior using least-to-most prompting plus 1:1 booster trials, producing a downward trend in interfering behavior without a separate intervention block (Torelli et al., 2026). The corollary from Pollack and colleagues: targeting only one replacement skill is the modal failure pattern, and expanding the replacement-skills section to include functional communication plus at least one trauma-relevant skill (emotional regulation, predictable routine, brief breaks) is the lowest-cost upgrade most plans need (Pollack et al., 2024).

Mand goals require explicit environmental specification

McCammon, Wolfe, and Check's PRISMA-aligned scoping review of 71 mand-training studies built an environmental-variables taxonomy (motivating operations, antecedents, response topography, reinforcement schedule) that BCBAs can use as a checklist for BIPs with mand goals — and documented that most published mand interventions fail to specify those determinants, leaving plans non-replicable across staff (McCammon et al., 2024). Frampton and colleagues' clinical tutorial converts the same logic into procedure: Instructional Time Delay and Interrupted Chain Procedure are the evidence-based tactics a BIP can embed to ensure mands are EO-driven rather than rote, and a written ≥90% EO-capture integrity check belongs in the staff-training section of the plan (Frampton et al., 2024). The practical takeaway is to stop using global descriptors like "request training" and specify MO/EO, SD, response topography, and reinforcement schedule per the McCammon taxonomy (McCammon et al., 2024) Quigley et al. (2018).

Antecedent strategies and competing-stimulus assessment for automatic reinforcement

Antecedent strategies in a BIP can do most of the work when they target the right variables. Frank-Crawford and colleagues' inpatient study of four children and adolescents with severe SIB and chronic self-restraint shows the principle in its strongest form: an augmented competing-stimulus assessment identified items that immediately supplanted hand-to-body self-restraint and matched SIB, and ad libitum access to those top items produced near-zero SIB without restraint, blocking, or extinction (Frank-Crawford et al., 2026). When the FBA points to automatic reinforcement, the BIP's antecedent section should pre-specify the competing-item assessment results and the contingency-free access schedule — not just "provide preferred items" (Frank-Crawford et al., 2026). Hagopian and colleagues add a decision step ahead of treatment selection: brief extinction probes measuring resistance-to-extinction and within-session level-of-differentiation serve as predictive behavioral markers indicating whether functional-extinction will work or whether the BIP needs enriching/competing-stimulation procedures instead — embedding those probes as an assessment step prevents lengthy ineffective BIP trials Hagopian et al. (2018).

Consequence strategies: differential reinforcement, fading, and token systems that don't outlive themselves

Petursdottir and Ragnarsdottir's multiple-baseline study of three Icelandic primary-school boys is the cleanest demonstration that a function-based plan must contain its own fading plan from the start Petursdottir & Ragnarsdottir (2019). Their function-based plans paired token reinforcement with a systematic fading schedule and produced 85% reductions in problem behavior and 78% gains in academic engagement — but the result is conditional on the mechanics: tokens were thinned across sessions toward naturally occurring classroom contingencies as part of the written plan, not as an afterthought Petursdottir & Ragnarsdottir (2019). Every BIP should specify on paper how artificial contingencies will be faded toward the contingencies already in the learner's setting, and what the criteria for thinner schedules are Petursdottir & Ragnarsdottir (2019) LaVigna et al. (2022). DRA of contextually appropriate behavior is the under-used companion: Pollack and colleagues found fewer than half of EBD BIPs incorporated DRA explicitly, even though it is the consequence procedure most directly aligned with a function-based plan (Pollack et al., 2024).

Crisis and safety planning is the corpus's biggest gap, and easiest fix

Pollack and colleagues' most actionable finding for plan writers is that explicit safety planning and student assent procedures are the trauma-informed practices most frequently absent from function-based BIPs for students with EBD — even though they are conceptually low-cost and sit naturally inside a multi-element plan (Pollack et al., 2024). Sullivan, Zarcone, and Zangrillo's evaluation of prescribing therapist-worn protective equipment using the modified IBA PEDK is the corpus's strongest safety data: a one-minute injury-risk algorithm embedded in BIP-driven assessment workflows cut recordable injuries by 50–80% over three years and increased PE adherence to >90%, demonstrating that a structured written safety protocol — not therapist "feel" — is what produces measurable injury reduction (Sullivan et al., 2025). The practical move is to laminate a brief PE-prescription sheet inside the client binder, trigger PE on count-based behavioral data rather than staff judgment, and include the safety protocol as an explicit section of the plan (Sullivan et al., 2025).

Treatment integrity is a written, ongoing variable — not a training-phase issue

Zimmerman, Torelli, and Chow's multiple-baseline-across-educators study reframes BIP integrity as a function of how the plan reinforces the adults running it, not just how it specifies the procedure for the student Zimmerman et al. (2022). Their reinforcement-cycle model embeds dense positive consequences for educators — contrived reinforcers (restroom break, copy-room access), behavior-specific praise, preferred feedback modality — directly into the BIP, with a brief structured interview up front to identify educator preferences and immediate labeling during observations connecting accurate teacher actions to improved student behavior Zimmerman et al. (2022). Three teachers and their students with escape-maintained problem behavior reached >90% fidelity within 7–10 school days under that model Zimmerman et al. (2022). The BIP's treatment-integrity section should specify educator reinforcers and a dense-to-lean schedule, not just procedural steps the educator is expected to follow on goodwill alone Zimmerman et al. (2022). Tryggestad and colleagues' three-preschool BST + bi-weekly coaching study reinforces this from the staffing direction: forming a multi-staff EIBI team and protecting the prescribed instructional dosage (≥20h) produced the clearest gains, while fragmented staffing left BIPs aspirational on paper but unrunnable (Tryggestad et al., 2025).

BST is the throughline for training mediators

Across teacher, paraprofessional, parent, and clinical-staff training studies, behavioral skills training (BST — instruction, modeling, rehearsal, feedback) is the throughline Zimmerman et al. (2022). Weber, Weiss, and Ferris used BST to train instructors to deliver assent-based intervention plans to ≥90% adherence across three consecutive sessions, with explicit visual cues for assent and assent withdrawal embedded into the plan as functional communication responses (Weber et al., 2025). Tryggestad and colleagues used a 2-day BST workshop plus bi-weekly in-vivo coaching for preschool staff; the coaching cycle slotted into existing staff-meeting windows was the durable component when substitutes disrupted the original cohort (Tryggestad et al., 2025). Togashi's blended-training study showed the same lesson at the assessment layer: computer-based instruction alone did not bring trainees to TBFA mastery — adding BST with rehearsal and feedback was what got them there, and TBFA data is the upstream input for BIP design (Togashi, 2025). Any BIP delivered by mediators should have its own BST training section with measurable mastery criteria, not just a procedure description (Weber et al., 2025) (Togashi, 2025).

Stakeholder buy-in is a structured, not soft, skill

Coy, Enders, and Kostewicz's LADER framework (Listen, Assess, Describe, Evaluate, Recommend) scripts the IEP/BIP introduction meeting so caregivers and educators agree on need and data-collection mechanics before the plan is finalized, with a take-home information packet for the family (Coy et al., 2024). Mann and colleagues' consultation review describes the same logic at the consultant-consultee level: acceptable, feasible, integrity-maintained plans require the consultee in planning sessions, scheduled follow-up checks, and ongoing contact to detect fidelity drift (Mann et al., 2024). Crosland and colleagues argue for adding qualitative open-ended interviews to the social-validity layer as a richer acceptability probe than Likert scales; a five-question guide in the BIP binder is the practical move (Crosland et al., 2025). Helton and Alber-Morgan complete the family-communication side: plain-language BIP purpose, weekly review mechanics, and goal-setting with concrete child-specific examples is what moves parent understanding past the jargon Helton & Alber-Morgan (2018).

Contextual fit, cultural responsiveness, and anti-ableism

Martinez and Mahoney's tutorial on culturally sensitive BIP materials shows that BIPs fail on contextual fit mostly in the surface and deep cultural elements, not the underlying procedure Martinez & Mahoney (2022). Their five-step adaptation uses the CIFA questionnaire to map cultural domains and select which adaptive elements (greetings, reward types, social norms, language, icons) to embed; adherence is compromised when those adaptations are missing, and culturally matched examples raise implementer fidelity without eroding procedural integrity Martinez & Mahoney (2022). McComas and colleagues' anti-ableism tutorial pushes further: BIPs embed ableism when clinicians default to agency handbooks or clinician-preferred prompt hierarchies rather than individualizing procedures, and the goals section needs auditing to ensure it prioritizes safety and meaningful function rather than conformity (McComas et al., 2025). Their procedural recommendations are operational: convene learner and caregivers and offer a menu of evidence-based options before writing, replace agency-manual defaults with individualized decision-making documented in the BIP rationale section, and justify each target behavior in terms of safety or meaningful function rather than convenience (McComas et al., 2025).

Panel review and ethical guardrails

Logue and colleagues' case study tracked 19 inpatient cases through a multidisciplinary ethics/review panel that screened and often modified restrictive components — denying requested time-out for three patients — and required supplemental FBA, FCT, and DR procedures when the original request was insufficient; the supplemental assessments changed the hypothesized function in half of the re-assessed cases, and the panel's recommendations were linked to rate reductions in 72% of target behaviors at six-month follow-up Logue et al. (2025). An external (or at minimum cross-disciplinary) panel that can deny intrusive procedures, require supplemental assessment, and document approved-versus-denied components directly in the plan adds an ethical guardrail that survives peer or insurance audit Logue et al. (2025). Bird and colleagues make the same point at the medication interface: time-series graphs of daily problem behavior and BIP phase lines at every medication review meeting allow medication adjustments and behavioral interventions to be coordinated rather than substituted for one another (Bird et al., 2022).

IDEA, IEP integration, and the school structural layer

Reilly and colleagues frame the school BCBA's role as conducting the FBA and ensuring the BIP is integrated into the IEP process, not delivered stand-alone — their Extend/Educate/Empower/Efficient teaming model maps directly: confirm the plan aligns with school policies and staffing before implementation, use transdisciplinary meetings to plan how each team member will carry out their portion, and collect team-wide BIP data for cross-setting adjustments Reilly et al. (2025). Vladescu and colleagues' national survey of 599 BCBAs adds the federal-law layer: when IEP teams determine least restrictive environment, they explicitly weigh the setting in which the BIP is most likely to be implemented with integrity, which means BIP integrity-friendliness becomes a placement-decision variable Vladescu et al. (2022). Snyder and colleagues' interprofessional survey shows the practical role-distribution: 60% of school psychologists report preservice training in developing BIPs and 82% in implementing them, yet BCBAs still attend BIP meetings significantly more often — overlap that can be leveraged when roles are explicit (BCBA leads evidence-based intervention design, school psychologist leads contextual fit and teacher coaching) (Snyder et al., 2024). Frederick and colleagues' COVID-era distance-support case series demonstrates that telehealth FBA interviews and caregiver coaching can produce functional BIPs maintained with fidelity under school-closure conditions, now a permanent home-based delivery option Frederick et al. (2020).

Data measurement: rate counts are not enough

Raulston and colleagues argue that tracking trial counts alone is insufficient in early-intervention BIPs for autistic children — play and engagement quality measures (balanced turns, sustained toy play, child engagement levels) belong in the data section when NDBI strategies are embedded in the plan, with NDBI tactic occurrence (environmental arrangement, playful obstruction, following the child's lead) used as fidelity probes (Raulston et al., 2024). Olaff and Holth's reversal design makes a complementary argument at the language layer: bidirectional naming probes and multiple-exemplar instruction belong as BIP language objectives because incidental bidirectional naming functions as a behavioral cusp that catalyzes untaught stimulus generalization, allowing graduated reduction of direct teaching trials toward more naturalistic exposure (Olaff & Holth, 2025). The early-intervention BIP data sheet should pair rate metrics with engagement/quality measures and verbal-cusp probes, not rely on either alone (Raulston et al., 2024) (Olaff & Holth, 2025).

Generalization, fading, and what the BACB requires

BACB Task List 5e items G-21 (stimulus and response generalization) and G-22 (maintenance) make generalization and maintenance non-optional components of any defensible BIP, alongside the H-section requirement to state intervention goals in observable, measurable terms (BACB Task List, 5e G-21). Ethics Code 2.16 (describe behavior-change interventions before implementation) forces the technological-plan logic into a written client/stakeholder document preceding the first session, and 2.12 (assess and address medical needs when reasonable likelihood exists) forces medical referral as a formal step rather than an informal aside (BACB Ethics Code, 2.16) (BACB Ethics Code, 2.12). Flagging these requirements explicitly in the BIP introduction and safety section is the lower-effort way to make the audit trail visible to peer review and insurance audits (BACB Ethics Code, 2.16) (BACB Ethics Code, 2.12).

A practitioner page on BIP writing is honest only if it explains where its recommendations come from, because the BIP literature is concentrated heavily at the conceptual and single-subject layers LaVigna et al. (2022) Quigley et al. (2018).

Systematic and scoping reviews. Pollack and colleagues' PRISMA review of 69 EBD studies anchors the modal-failure picture for function-based BIPs (single replacement skill, missing safety, missing assent) and quantifies trauma-informed-practice coverage (Pollack et al., 2024). McCammon, Wolfe, and Check's PRISMA-aligned scoping review of 71 mand-training studies provides the environmental-variables taxonomy for mand goals and documents that most published mand interventions under-specify the environmental determinants a BIP needs (McCammon et al., 2024).

Single-subject experimental designs. This is where the BIP corpus is densest. Zimmerman and colleagues' multiple-baseline-across-educators study (n=3) provides the strongest empirical model for embedding educator reinforcement cycles directly into a BIP Zimmerman et al. (2022). Jessel and colleagues' two-step IISCA validation (n=11) and Fruchtman and colleagues' performance-based IISCA-to-SBT demonstration (n=3) ground the FBA-to-BIP loop for severe behavior (Jessel et al., 2024) Fruchtman et al. (2025). Frank-Crawford and colleagues' four-case augmented competing-stimulus assessment demonstrates a function-matched antecedent-only architecture for SIB and self-restraint (Frank-Crawford et al., 2026). Hagopian and colleagues' five-case predictive-markers study links assessment data to component selection for automatic SIB Hagopian et al. (2018). Petursdottir and Ragnarsdottir's three-child multiple-baseline anchors token-fading mechanics Petursdottir & Ragnarsdottir (2019). Thompson and Hanson's single-case chain interruption study shows replacement-mand programming for a hard population Thompson & Hanson (2024). Torelli and colleagues' multiple-baseline (n=5) shows BIP embedding inside life-skills curricula (Torelli et al., 2026). Tryggestad and colleagues' multiple-probe across three preschool units demonstrates the staffing infrastructure (in-unit team, protected dosage, bi-weekly coaching) (Tryggestad et al., 2025). Weber and colleagues' assent BST study and Togashi's blended-training study (n=3) show how BST mastery criteria translate into BIP-implementer competence (Weber et al., 2025) (Togashi, 2025).

Case series and program evaluations. Logue and colleagues' panel-review case study (n=19, six-month follow-up) is the clearest data point on ethical guardrails embedded into BIP writing Logue et al. (2025). Bird and colleagues' three-year interdisciplinary medication-review evaluation (n=3) documents BIP-medication coordination (Bird et al., 2022). Sullivan and colleagues' three-year IBA PEDK evaluation supplies the strongest injury-reduction effect size in the corpus (50–80%) (Sullivan et al., 2025). Carr and colleagues' PANS/PANDAS case series shows BIP-medical integration in a specialty pediatric setting Carr et al. (2026). Frederick and colleagues' COVID-era case series demonstrates telehealth BIP delivery Frederick et al. (2020).

Surveys and field-of-practice studies. Quigley and colleagues' survey of 54 BCBAs/BCBA-Ds is the foundational practitioner-consensus document on BIP component completeness Quigley et al. (2018). Vladescu and colleagues' national survey of 599 BCBAs documents how IEP teams weigh BIP integrity in placement decisions Vladescu et al. (2022). Snyder and colleagues' interprofessional survey provides the BCBA/school-psychologist role distribution (Snyder et al., 2024).

Conceptual and tutorial. LaVigna's multi-element framework, Helton and Alber-Morgan's parent guide, Martinez and Mahoney's cultural-adaptation tutorial, McComas and colleagues' anti-ableism tutorial, Frampton and colleagues' EO-capture tutorial, Reilly and colleagues' transdisciplinary teaming, Coy and colleagues' LADER vignette, Mann and colleagues' consultation review, Crosland and colleagues' qualitative social-validity argument, and Raulston and colleagues' play/engagement measurement framework are conceptual papers — procedural anchors, weaker outcome evidence LaVigna et al. (2022) Helton & Alber-Morgan (2018) Martinez & Mahoney (2022) (McComas et al., 2025) (Frampton et al., 2024) Reilly et al. (2025) (Coy et al., 2024) (Mann et al., 2024) (Crosland et al., 2025) (Raulston et al., 2024).

BACB documentary. Task List 5e (G-21, G-22, H) and Ethics Code 2.12 and 2.16 anchor the regulatory layer (BACB Task List, 5e G-21) (BACB Ethics Code, 2.16) (BACB Ethics Code, 2.12).

Bottom line. Convergent evidence is strong for the operational claims this page makes — that BIPs need to be technological, multi-element, function-based, paired with fading and integrity scaffolding, and built around BST trained mediators with culturally responsive contextual fit Quigley et al. (2018) LaVigna et al. (2022) Zimmerman et al. (2022) Martinez & Mahoney (2022). It is weaker for any claim that one BIP-writing template produces durably better learner outcomes than another in head-to-head trials (Pollack et al., 2024). There is no comparative effectiveness trial of BIP architectures themselves; the operational consensus rests on systematic reviews, SCED, surveys, and panel-review case series Quigley et al. (2018) Logue et al. (2025).

The live BIP decisions are about intensity, where to escalate, and what to write down. A defensible logic from the corpus:

1. Clean function, low-risk case. Write a multi-element BIP from the LaVigna checklist: antecedent strategies, ecological changes, positive programming (replacement skill + at least one trauma-relevant skill), consequence strategies (DRA + extinction-or-substitute), data plan with rate plus duration/intensity/latency, integrity scaffolding LaVigna et al. (2022) (Pollack et al., 2024). Use the Quigley technological-plan rule as a self-review before approval Quigley et al. (2018).
2. Severe behavior or trauma history. Use the performance-based IISCA pathway and write a Skill-Based Treatment BIP teaching functional communication, toleration, and cooperation (Jessel et al., 2024) Fruchtman et al. (2025). Add explicit safety planning, predictable routines, and an assent procedure — the modally missing trauma-informed components (Pollack et al., 2024) (Weber et al., 2025).
3. Automatic reinforcement, especially SIB or self-restraint. Run a competing-stimulus assessment (augmented if topography includes self-restraint) and build the antecedent section around contingency-free access to top competing items before introducing extinction (Frank-Crawford et al., 2026). Use brief extinction probes to read level-of-differentiation and resistance-to-extinction; let those markers decide extinction versus enrichment Hagopian et al. (2018).
4. Mand training as the replacement target. Specify MO/EO, SD, response topography, and reinforcement schedule per the McCammon taxonomy; use Instructional Time Delay or Interrupted Chain Procedure as the EO-capture mechanism with a written ≥90% integrity check (McCammon et al., 2024) (Frampton et al., 2024).
5. Token economy in the consequence section. Write the fading schedule into the plan from day one with explicit thinning criteria — Petursdottir and Ragnarsdottir's plans produced 85% reductions and 78% engagement gains specifically because fading was built in Petursdottir & Ragnarsdottir (2019).
6. Plan implemented by teachers, paraprofessionals, or parents. Embed the mediator reinforcement cycle directly in the BIP — contrived reinforcers, behavior-specific praise, preferred feedback modality and timing, immediate labeling during observations Zimmerman et al. (2022). Write the BST training plan with explicit mastery criteria (≥90% across three sessions for assent, ≥80% procedural integrity before client contact) (Weber et al., 2025) (Togashi, 2025). For preschool EIBI, form an in-unit team and protect dosage on the schedule (Tryggestad et al., 2025).
7. Cultural or linguistic mismatch. Run CIFA cultural-domain mapping, embed culturally familiar examples and icons, pilot with implementation-data feedback until procedural integrity hits ≥80% Martinez & Mahoney (2022). Audit goals for ableism and replace "fitting in" targets with safety/meaningful-function targets (McComas et al., 2025).
8. Intrusive components requested (time-out, restraint, blocking). Route through panel review before writing — the panel can deny components, require supplemental FBA/FCT/DR, and document approved-versus-denied procedures directly in the plan, producing both ethical guardrail and audit trail (72% target-behavior reduction at six-month follow-up) Logue et al. (2025). Apply Ethics Code 2.16 description-before-implementation explicitly (BACB Ethics Code, 2.16).
9. Medical variables involved or learner on psychotropic medication. Document the medical-referral step as a formal BIP entry per Ethics Code 2.12, and embed time-series graphs of daily problem behavior with BIP phase lines into medication-review meetings (BACB Ethics Code, 2.12) (Bird et al., 2022).
10. School setting, BIP inside an IEP. Use Reilly's transdisciplinary Extend/Educate/Empower/Efficient framework before implementation; collect team-wide BIP data for cross-setting adjustments Reilly et al. (2025). Document where the plan can be implemented with integrity — that documentation is itself a placement-decision input under IDEA Vladescu et al. (2022).
11. Remote mediators (rural, telehealth, school closure). Use Frederick's distance-support model: open-ended caregiver interview by video for FBA, scripted caregiver coaching immediately after BIP completion, ongoing telehealth BST cycles with measured fidelity Frederick et al. (2020) (Togashi, 2025).
12. Shaky stakeholder buy-in. Run the conversation through the LADER framework (Listen, Assess, Describe, Evaluate, Recommend) with a take-home information packet; if acceptability is unclear, add an open-ended qualitative interview to the social-validity layer (Coy et al., 2024) (Crosland et al., 2025).

Schools (K-12)

Schools are where most BIPs live, and the corpus pushes practitioners toward plans that survive the existing ecology rather than replace it. Reilly and colleagues' transdisciplinary-teaming model requires the BIP to align with school policies, staffing, and IEP procedures before implementation, with team-wide data collection driving cross-setting adjustments Reilly et al. (2025). Vladescu and colleagues' national survey shows IEP teams use BIP integrity-friendliness as a placement-decision input under IDEA, making "where can this plan actually be carried out" a legal-procedural question, not just a clinical one Vladescu et al. (2022). The Snyder interprofessional survey suggests the workable role-distribution: BCBAs lead evidence-based intervention design, school psychologists lead contextual-fit consultation and teacher coaching, both attend the BIP meeting (Snyder et al., 2024). Zimmerman and colleagues' educator-reinforcement-cycle architecture is the strongest empirical demonstration that the integrity layer needs to reinforce the teachers running the plan — three teachers reached >90% fidelity in 7–10 school days under that model Zimmerman et al. (2022). For early-elementary classrooms, Torelli and colleagues show the BIP can fold into existing curriculum (functional communication taught inside life-skills lessons) rather than as a separate intervention block (Torelli et al., 2026).

Outpatient and university clinics

Outpatient and university clinics are where the IISCA-to-BIP loop is most heavily validated and where panel-review architectures sit most naturally (Jessel et al., 2024) Logue et al. (2025). Jessel and colleagues' two-step performance-based IISCA validation across 11 high-risk individuals and Fruchtman and colleagues' three-child IISCA-to-SBT package show the model's defining feature: the BIP comes out of the same clinical visit as the FA, with functional communication, toleration, and cooperation as the core skill triad (Jessel et al., 2024) Fruchtman et al. (2025). Frank-Crawford and colleagues' inpatient competing-stimulus work shows the antecedent section of a clinic BIP can carry most of the weight when the assessment identifies items that immediately supplant the topography (Frank-Crawford et al., 2026). Logue and colleagues' panel-review case series fits cleanly into clinic operations — multidisciplinary review that can deny restrictive components adds an ethical guardrail with measurable downstream effect (72% of target behaviors reduced at six-month follow-up) Logue et al. (2025). The Sullivan IBA PEDK protective-equipment workflow belongs in the clinic safety toolbox: a one-minute injury-risk algorithm cut recordable injuries by 50–80% over three years (Sullivan et al., 2025).

Home and telehealth

Home-based and telehealth-delivered BIPs are now a permanent option per Frederick and colleagues' COVID-era case series — open-ended caregiver interviews by video, telehealth modeling, and scripted caregiver coaching sessions immediately after BIP completion produce functional plans that hold fidelity under remote conditions Frederick et al. (2020). Togashi's blended-training package (asynchronous CBI plus brief telehealth BST) shows the corollary at the skill layer: any BIP run by remote mediators needs both an asynchronous-content layer for procedural knowledge and a brief in-vivo coaching layer for actual skill mastery (Togashi, 2025). Helton and Alber-Morgan's parent-guide tutorial supplies the family-side communication architecture: plain-language BIP purpose, weekly review mechanics, and goal-setting with concrete child-specific examples Helton & Alber-Morgan (2018). For mand-based home BIPs, Frampton and colleagues argue for interviewing caregivers about existing snack/tablet restrictions and building Instructional Time Delay or Interrupted Chain Procedure directly into those daily routines for natural durability (Frampton et al., 2024).

Residential and adult disability services

Residential settings concentrate severe topographies, dispersed staff, and inconsistent throughput. Bird and colleagues' three-year program evaluation shows BIPs can be coordinated with psychotropic management when time-series graphs of daily problem behavior with BIP phase lines are presented at every medication review meeting, with interdisciplinary team members (psychiatrists, nurses, BCBAs) trained to interpret single-case behavior data so adjustments are coordinated, not substituted (Bird et al., 2022). Thompson and Hanson's behavior-chain interruption study with an adult with deaf-blindness and ID shows even idiosyncratic BIPs for hard residential populations can be written technologically — low-effort environmental manipulations, programmed help-seeking mands, staff trained to withhold prompts and reinforce only independent requests Thompson & Hanson (2024). The Sullivan IBA PEDK injury-risk and prescribed-PE workflow applies directly to residential workflows where therapist habit otherwise drives PE decisions (Sullivan et al., 2025).

Specialty pediatric and medical clinics

Carr and colleagues' interdisciplinary PANS/PANDAS clinic shows the architecture for medical-overlap settings: a behavior analyst inside the clinic develops individualized BIPs integrated with medical treatments, with parent-mediated components for symptom waxing/waning and a temporal data sheet that distinguishes medication from contingency effects Carr et al. (2026). The Bird coordination logic applies — behavior data flowing into medical decision points, medical changes flagged on the BIP phase line — and Ethics Code 2.12 is operational here: any plausibly medical antecedent (pain, GI, sleep, seizure) must be surfaced as a formal referral step (Bird et al., 2022) (BACB Ethics Code, 2.12).

Early intervention and inclusive preschool

EIBI and inclusive-preschool BIPs sit at the intersection of staffing fragility and dosage protection. Tryggestad and colleagues make the difference between aspirational and runnable explicit: an in-unit team must be formed (single-special-educator coverage cannot survive absences) and the prescribed instructional dosage (≥20h/week) must be scheduled and protected, with brief bi-weekly coaching cycles in existing meeting windows to maintain fidelity through staffing turbulence (Tryggestad et al., 2025). For NDBI-influenced BIPs, Raulston and colleagues' engagement-quality measures sit alongside trial counts, and Olaff and Holth's bidirectional-naming probes belong as language-objective additions when the prerequisite repertoire is present (Raulston et al., 2024) (Olaff & Holth, 2025).

• Writing a plan that isn't technological. A BIP a substitute paraprofessional couldn't pick up tomorrow and run will fail in real-world implementation; strip jargon-as-shortcut and walk every component through Quigley's technological self-check Quigley et al. (2018).
• Targeting only one replacement skill. The modal failure in Pollack and colleagues' EBD review was BIPs teaching a single replacement (usually functional communication) without an emotional-regulation, predictable-routine, or break-tolerance skill alongside (Pollack et al., 2024).
• Skipping the fading plan. Token economies and contrived reinforcement cycles work only when fading mechanics are in the written plan from day one — Petursdottir and Ragnarsdottir's 85%/78% gains were conditional on it Petursdottir & Ragnarsdottir (2019).
• Treating treatment integrity as a training-phase issue. Without dense positive consequences for the adults running the plan, fidelity decays — specify educator reinforcers and their fading schedule, not just the procedural steps the educator is expected to follow Zimmerman et al. (2022).
• Under-specifying mand goals. Most published mand interventions failed to specify MO/EO, SD, response topography, or reinforcement schedule. "Request training" is not a BIP entry; the McCammon environmental-variables taxonomy is (McCammon et al., 2024).
• Defaulting antecedent strategies for automatic SIB. "Provide preferred items" is not a competing-stimulus BIP; an augmented competing-stimulus assessment plus contingency-free access to identified items is (Frank-Crawford et al., 2026). Without level-of-differentiation probes, teams write extinction into BIPs that need enrichment Hagopian et al. (2018).
• Omitting safety planning and assent. Both are modally missing trauma-informed practices in EBD BIPs, both are conceptually low-cost, and both have BST training packages (Pollack et al., 2024) (Weber et al., 2025).
• Letting agency handbooks drive procedural defaults. Clinician-preferred prompt hierarchies and agency defaults replace individualized decision-making, and the goals section drifts toward "fitting in" targets (McComas et al., 2025).
• Skipping cultural adaptation. Surface and deep cultural mismatches degrade implementer fidelity even when the procedure is technically correct; the CIFA-driven adaptation loop is cheap relative to plan attrition Martinez & Mahoney (2022).
• Writing intrusive components without panel review. Logue's panel process changed the hypothesized function in half of re-assessed cases and produced rate reductions in 72% of target behaviors at six-month follow-up Logue et al. (2025).
• Using rate counts alone in early-intervention BIPs. Engagement, sustained toy play, and NDBI tactic occurrence belong alongside trial counts; rate-only data under-represent meaningful change (Raulston et al., 2024).

• Suspected medical or biological substrate. The BACB Ethics Code 2.12 medical-needs requirement is the operational rule: any plausibly medical antecedent (pain, GI, sleep, seizure, infection-related symptom shift in PANS/PANDAS-style cases) must be surfaced as a formal referral step in the BIP before any experimental contingency change (BACB Ethics Code, 2.12) Carr et al. (2026).
• Severe topographies that warrant inpatient or specialist BIP design. Frank-Crawford and colleagues' competing-stimulus and Hagopian and colleagues' predictive-marker work are concentrated at inpatient neurobehavioral units for a reason: when SIB or self-restraint resists antecedent-only or extinction-only approaches, refer to a setting with capacity for extended assessment and matched-stimulation programming (Frank-Crawford et al., 2026) Hagopian et al. (2018).
• Requested intrusive components without an existing ethics/review pathway. If your agency does not have a panel-review process and the BIP is being asked to contain time-out, restraint, blocking, or other restrictive procedures, refer the case to a clinic that does, or stand up the panel before writing — the case-series data show this is what changes downstream outcomes Logue et al. (2025).
• Resource ceiling on mediator training. When asynchronous + brief in-vivo BST cannot bring teachers, paraprofessionals, or parents to ≥80% procedural integrity after two cycles, refer the case to a regional consultation team rather than running an underpowered BIP at a fidelity floor that won't produce change (Togashi, 2025) (Tryggestad et al., 2025).
• Active psychiatric crisis or imminent safety concern. Behavioral planning is not the right first move; refer to licensed mental-health crisis services and resume BIP work after stabilization, with safety planning and crisis procedures explicitly added to the new plan when it is restarted (Pollack et al., 2024).
• Pharmacological complexity outside the BCBA scope. When a learner is on multiple psychotropic medications and the medical team wants behavior data to drive titration, refer into an interdisciplinary medication-review structure rather than running BIP changes in parallel without coordination — Bird and colleagues' three-year program evaluation shows the coordination workflow is what protects both behavior and medication outcomes (Bird et al., 2022).

The honest read of the corpus is that the operational claims this page makes — about technological completeness, multi-element architecture, function-based logic, mediator BST, fading plans, contextual fit, and panel review — sit on solid systematic-review, SCED, case-series, and survey evidence, while comparative effectiveness of BIP architectures themselves is unmeasured Quigley et al. (2018) LaVigna et al. (2022). There is no head-to-head trial comparing, say, a Quigley/LaVigna technological multi-element BIP against a clinician-default plan template across a common population with a shared outcome metric, and that gap leaves several practitioner questions open Quigley et al. (2018) (Pollack et al., 2024).

Pollack and colleagues' systematic review documents that trauma-informed practices are present but under-utilized in EBD BIPs; the next step is a prospective study that adds explicit safety planning, predictable routines, and assent procedures to a function-based BIP and measures behavior change against plans without those additions (Pollack et al., 2024). Weber and colleagues' assent BST package gets practitioners to ≥90% adherence in role-play; field generalization to real classrooms with diverse learners is the obvious extension (Weber et al., 2025).

The educator-reinforcement-cycle architecture is single-subject across three teachers and demands replication at the agency level — does embedding contrived reinforcers and feedback-modality preferences directly into BIPs scale to 50 teachers across 10 schools, and do the gains hold past the first semester Zimmerman et al. (2022)? Tryggestad and colleagues' team-formation finding raises the parallel structural question for early intervention: how do district-level staffing decisions interact with BIP fidelity, and is in-unit team formation generalizable across regulatory environments (Tryggestad et al., 2025)?

Cultural adaptation has tutorial-level guidance and a CIFA-driven five-step procedure but no controlled outcome trial; comparing culturally adapted versus non-adapted BIPs on implementer fidelity and learner outcomes for the same family is the cleanest way to convert tutorial into evidence Martinez & Mahoney (2022). The anti-ableism critique needs the same — McComas and colleagues' goal-audit framework would benefit from prospective comparison of BIPs whose target behaviors were justified in safety/meaningful-function terms versus those whose targets were left as conformity defaults (McComas et al., 2025).

The panel-review case series produced 72% rate reductions at six-month follow-up but lacked a control condition; a multi-site evaluation comparing panel-reviewed BIPs to standard BIP-approval workflows would convert the case-study finding into a generalizable practice recommendation Logue et al. (2025). Sullivan and colleagues' IBA PEDK protective-equipment workflow has three years of injury-reduction data at one site and would benefit from cross-site replication, especially in school and home settings where PE prescription is rarer (Sullivan et al., 2025). And the qualitative social-validity argument from Crosland and colleagues is conceptual; a study explicitly comparing Likert-only versus Likert-plus-qualitative BIP acceptability data and tracking subsequent fidelity would test whether the additional richness changes outcomes (Crosland et al., 2025).

1. Write the BIP technologically — every section, every step. A plan a substitute paraprofessional couldn't pick up and run tomorrow is a plan that will fail under classroom stress. Use Quigley and colleagues' component checklist (function, prevention, teaching, reinforcement, data) and consider a uniform template Quigley et al. (2018).
2. Build a multi-element plan, not a single-strategy one. LaVigna's framework requires antecedent strategies, ecological changes, positive programming, and consequence procedures, with measurable dependent variables across rate, duration, latency, intensity, and inter-response time LaVigna et al. (2022).
3. Teach at least two replacement skills. The modal failure pattern in EBD BIPs is single-skill replacement training. Pair functional communication with at least one trauma-relevant skill (emotional regulation, predictable routine, brief-break tolerance) (Pollack et al., 2024).
4. Specify mand goals at the environmental-variables level. MO/EO, SD, response topography, reinforcement schedule — per the McCammon taxonomy — and EO-capture procedures (Instructional Time Delay or Interrupted Chain Procedure) with ≥90% integrity check written into the plan (McCammon et al., 2024) (Frampton et al., 2024).
5. For automatic SIB or self-restraint, run an augmented competing-stimulus assessment first. Pre-specify the top items in the BIP's antecedent section with contingency-free access; use brief extinction probes to read level-of-differentiation before deciding extinction-versus-enrichment (Frank-Crawford et al., 2026) Hagopian et al. (2018).
6. Embed differential reinforcement of contextually appropriate behavior. Fewer than half of EBD BIPs do this; it is the consequence procedure most directly aligned with a function-based plan (Pollack et al., 2024).
7. Write the fading plan into the BIP from day one. Token economies and contrived reinforcement cycles only produce maintainable change when their thinning schedule is on paper at plan approval, with explicit criteria for moving toward natural contingencies Petursdottir & Ragnarsdottir (2019).
8. Reinforce the adults running the plan. Embed contrived educator reinforcers, behavior-specific praise, and preferred feedback modality directly in the BIP. Three teachers reached >90% fidelity in 7–10 school days under that model — without it, fidelity decays Zimmerman et al. (2022).
9. Train mediators with BST and write the mastery criteria into the plan. ≥90% over three consecutive sessions for assent procedures, ≥80% procedural integrity for assessment-driven components, with bi-weekly coaching cycles slotted into existing meeting windows (Weber et al., 2025) (Togashi, 2025) (Tryggestad et al., 2025).
10. Add explicit safety planning and assent procedures. These are the modally missing trauma-informed components in EBD BIPs and the lowest-cost upgrade most plans need; Sullivan and colleagues' IBA PEDK injury-risk algorithm laminated inside the binder cut recordable injuries by 50–80% over three years (Pollack et al., 2024) (Sullivan et al., 2025) (Weber et al., 2025).
11. Adapt for cultural and contextual fit. Run the CIFA cultural-domain mapping, embed culturally familiar examples and icons into the materials, and pilot with implementation-data feedback until procedural integrity hits ≥80% Martinez & Mahoney (2022).
12. Audit goals for ableism. Replace "fitting in" targets with safety and meaningful-function targets; document the rationale in the BIP rationale section; offer a menu of evidence-based options to the learner and family before writing the plan (McComas et al., 2025).
13. Route restrictive components through panel review. Time-out, restraint, blocking, or other intrusive procedures should be screened by a multidisciplinary panel that can deny components and require supplemental FBA/FCT/DR — the case-series data show this changes outcomes at six-month follow-up Logue et al. (2025). Apply BACB Ethics Code 2.16 description-before-implementation explicitly (BACB Ethics Code, 2.16).
14. Surface medical referral as a formal BIP step when warranted. Pain, GI, sleep, or seizure involvement triggers Ethics Code 2.12; for learners on psychotropic medication, embed time-series graphs with BIP phase lines into medication-review meetings (BACB Ethics Code, 2.12) (Bird et al., 2022).
15. Integrate the BIP with the IEP under IDEA. Document where the plan can be implemented with integrity — that documentation is itself a placement-decision input under federal special-education law, and transdisciplinary teaming (Reilly's Extend/Educate/Empower/Efficient model) is what keeps the BIP from being a stand-alone document Vladescu et al. (2022) Reilly et al. (2025).
16. Plan stakeholder buy-in as a structured skill, not a soft one. Use the LADER framework (Listen, Assess, Describe, Evaluate, Recommend) for the introduction meeting, send the family home with a take-home information packet, and add open-ended qualitative interviews to the social-validity layer when acceptability is unclear (Coy et al., 2024) (Crosland et al., 2025). For parents specifically, walk through BIP purpose in plain language with concrete child-specific examples Helton & Alber-Morgan (2018).
17. Pair rate metrics with engagement and quality measures in early-intervention BIPs. Balanced turns, sustained toy play, NDBI tactic occurrence, and bidirectional-naming probes belong on the data sheet alongside trial counts; rate-only measurement systematically under-represents meaningful change (Raulston et al., 2024) (Olaff & Holth, 2025).
18. Use telehealth deliberately. Open-ended caregiver interview by video, scripted caregiver coaching immediately after BIP completion, asynchronous CBI plus brief in-vivo BST for procedural skills — the architecture is now standard for home-based and remote-mediator delivery Frederick et al. (2020) (Togashi, 2025).

Primary research synthesized in this guide. DOIs link to the original source.

• Zimmerman, K. N., Torelli, J. N., & Chow, J. C. (2022). Planning Positive Reinforcement Cycles in Behavior Intervention Plans. Behavior Analysis in Practice, 15(3), 924-937. https://doi.org/10.1007/s40617-021-00663-8 https://doi.org/10.1007/s40617-021-00663-8
• Pollack, M. S., Lloyd, B. P., Doyle, L. E., Santini, M. A., & Crowell, G. E. (2024). Are function‑based interventions for students with emotional/behavioral disorders trauma informed? A systematic review. Behavior Analysis in Practice, 17, 709–726. https://doi.org/10.1007/s40617-023-00893-y https://doi.org/10.1007/s40617-023-00893-y
• Jessel, J., Fruchtman, T., Raghunauth‑Zaman, N., Leyman, A., Lemos, F. M., Costa Val, H., Howard, M., & Hanley, G. P. (2024). A two step validation of the performance‑based IISCA: A trauma‑ informed functional analysis model. Behavior Analysis in Practice, 17, 727–745. https://doi.org/10.1007/s40617-023-00792-2 https://doi.org/10.1007/s40617-023-00792-2
• Quigley, S. P., Ross, R. K., Field, S., & Conway, A. A. (2018). Toward an Understanding of the Essential Components of Behavior Analytic Service Plans. Behavior Analysis in Practice, 11(4), 436-444. https://doi.org/10.1007/s40617-018-0255-7 https://doi.org/10.1007/s40617-018-0255-7
• Helton, M. R. & Alber-Morgan, S. R. (2018). Helping Parents Understand Applied Behavior Analysis: Creating a Parent Guide in 10 Steps. Behavior Analysis in Practice, 11(4), 496-503. https://doi.org/10.1007/s40617-018-00284-8 https://doi.org/10.1007/s40617-018-00284-8
• McCammon, M. N., Wolfe, K., & Check, A. R. (2024). A review of the environmental variables included in mand training interventions. The Analysis of Verbal Behavior, 40, 345–378. https://doi.org/10.1007/s40616-024-00211-9 https://doi.org/10.1007/s40616-024-00211-9
• Martinez, S. & Mahoney, A. (2022). Culturally Sensitive Behavior Intervention Materials: a Tutorial for Practicing Behavior Analysts. Behavior Analysis in Practice, 15(2), 516-540. https://doi.org/10.1007/s40617-022-00703-x https://doi.org/10.1007/s40617-022-00703-x
• Logue, J. J., Hustyi, K. M., Toby, L. M., & Outlaw, E. E. (2025). Promoting Ethical and Evidence-Based Practice through a Panel Review Process: A Case Study in Implementation Research. Behavior Analysis in Practice, 18(3), 861-874. https://doi.org/10.1007/s40617-023-00807-y https://doi.org/10.1007/s40617-023-00807-y
• McComas, J. J., Wilczynski, S., Cerda, M.-L., Beavis, H. S., Drossel, C., Sundberg, S., & Anderson Jr., K. D. (2025). Ableism in applied behavior analysis: A beginner’s guide to understanding and dismantling ableism in practice with autistic people. Behavior Analysis in Practice. https://doi.org/10.1007/s40617-025-01128-y https://doi.org/10.1007/s40617-025-01128-y
• Thompson, H. E. & Hanson, R. J. (2024). The Use of a Behavior Chain Interruption Strategy to Teach Mands for Help with an Adult with Intellectual Disability and Deaf-Blindness. The Analysis of Verbal Behavior, 40(1), 88-98. https://doi.org/10.1007/s40616-024-00204-8 https://doi.org/10.1007/s40616-024-00204-8
• Torelli, J. N., Snyder, S. K., Griffin, M. L., Hellemn, M. P., Cagliani, R. R., & Morgan, G. A. (2026). Life skills evaluation in a kindergarten special education classroom. Journal of Applied Behavior Analysis, 59(1), e70041. https://doi.org/10.1002/jaba.70041 https://doi.org/10.1002/jaba.70041
• Fruchtman, T., Jessel, J., Pan, B., McLeod, S., & Rajaraman, A. (2025). The Performance-based IISCA Can Inform Effective and Socially Meaningful Skill-based Treatment. Behavior Analysis in Practice, 18(4), 921-940. https://doi.org/10.1007/s40617-024-01036-7 https://doi.org/10.1007/s40617-024-01036-7
• Frank-Crawford, M. A., Hagopian, L. P., Schmidt, J. D., Rooker, G. W., Piersma, D. E., & Benson, R. (2026). Application of the augmented competing stimulus assessment to identify and establish competing self-restraint items. Journal of Applied Behavior Analysis, 59(1), e70040. https://doi.org/10.1002/jaba.70040 https://doi.org/10.1002/jaba.70040
• Reilly, A. M., Crowell, G. E., Thoele, J. M., DeAngelo, S., & Bak, M. Y. S. (2025). School-Based Transdisciplinary Teaming to Maximize Behavioral Supports. Behavior Analysis in Practice, 18(4), 1224-1236. https://doi.org/10.1007/s40617-025-01054-z https://doi.org/10.1007/s40617-025-01054-z
• Petursdottir, A. & Ragnarsdottir, G. B. (2019). Decreasing student behavior problems and fostering academic engagement through function‐based support and fading of token reinforcement. Behavioral Interventions, 34(3), 323-337. https://doi.org/10.1002/bin.1670 https://doi.org/10.1002/bin.1670
• LaVigna, G. W., Hughes, E. C., Potter, G., Spicer, M., Hume, L., Willis, T. J., & Huerta, E. (2022). Needed independent and dependent variables in multi-element behavior support plans addressing severe behavior problems. Perspectives on Behavior Science, 45(2), 421-444. https://doi.org/10.1007/s40614-022-00331-4 https://doi.org/10.1007/s40614-022-00331-4
• Frederick, J. K., Raabe, G. R., Rogers, V. R., & Pizzica, J. (2020). Advocacy, Collaboration, and Intervention: A Model of Distance Special Education Support Services Amid COVID-19. Behavior Analysis in Practice, 13(4), 748-756. https://doi.org/10.1007/s40617-020-00476-1 https://doi.org/10.1007/s40617-020-00476-1
• Bird, F., Harper, J. M., Luiselli, J. K., Shlesinger, A., & Gold, J. (2022). Psychotropic medication monitoring in a human services organization for children with autism spectrum disorder: Description and evaluation of interdisciplinary team review. Behavior Analysis in Practice, 15, 1337–1347. https://doi.org/10.1007/s40617-022-00699-4 https://doi.org/10.1007/s40617-022-00699-4
• Weber, J., Weiss, M. J., & Ferris, K. (2025). Training instructors to support assent and assent withdrawal during instruction for students with disabilities. Behavior Analysis in Practice. https://doi.org/10.1007/s40617-025-01122-4 https://doi.org/10.1007/s40617-025-01122-4
• Snyder, S. M., Huber, H., Hornsby, T., & Leventhal, B. (2024). Overlapping training and roles: An exploration of the state of interprofessional practice between behavior analysts and school psychologists. Behavior Analysis in Practice, 17, 880–892. https://doi.org/10.1007/s40617-023-00904-y https://doi.org/10.1007/s40617-023-00904-y
• Sullivan, E. K., Zarcone, J. R., & Zangrillo, A. N. (2025). A preliminary evaluation of prescribing therapist-worn protective equipment. Journal of Organizational Behavior Management. https://doi.org/10.1080/01608061.2025.2504947 https://doi.org/10.1080/01608061.2025.2504947
• Tryggestad, H., Eldevik, S., Eikeseth, S., Strømgren, B., & Kingsdorf, S. (2025). Staff training to improve the preschool educational environment for children with special needs. Behavior Analysis in Practice. https://doi.org/10.1007/s40617-025-01123-3 https://doi.org/10.1007/s40617-025-01123-3
• Crosland, K., Garcia, A., & Fuller, A. (2025). Beyond social validity: Embracing qualitative research in behavior analysis. Behavior Analysis in Practice, 18. https://doi.org/10.1007/s40617-025-01131-3 https://doi.org/10.1007/s40617-025-01131-3
• Frampton, S. E., Davis, C. R., Meleshkevich, O., & Axe, J. B. (2024). A clinical tutorial on methods to capture and contrive establishing operations to teach mands. Behavior Analysis in Practice, 17, 1270–1282. https://doi.org/10.1007/s40617-024-00985-3 https://doi.org/10.1007/s40617-024-00985-3
• Vladescu, J. C., Breeman, S. L., Cox, D. J., & Drevon, D. D. (2022). What’s the Big IDEA? A Preliminary Analysis of Behavior Analysts’ Self-Reported Training in and Knowledge of Federal Special Education Law. Behavior Analysis in Practice, 15(3), 867-880. https://doi.org/10.1007/s40617-021-00673-6 https://doi.org/10.1007/s40617-021-00673-6
• Hagopian, L. P., Rooker, G. W., & Yenokyan, G. (2018). Identifying predictive behavioral markers: A demonstration using automatically reinforced self‐injurious behavior. Journal of Applied Behavior Analysis, 51(3), 443-465. https://doi.org/10.1002/jaba.477 https://doi.org/10.1002/jaba.477
• Raulston, T. J., Ousley, C. L., Hinton, E. M., & Ramirez, A. M. (2024). Beyond trial counts: Considerations for measuring play and engagement during early intervention for autistic children. Behavior Analysis in Practice, 17, 1216–1227. https://doi.org/10.1007/s40617-024-01002-3 https://doi.org/10.1007/s40617-024-01002-3
• Mann, A., Grimes, L. M., & Leichman, E. (2024). The need for greater training in consultation for behavior analysts. Behavior Analysis in Practice, 17, 514–522. https://doi.org/10.1007/s40617-023-00872-3 https://doi.org/10.1007/s40617-023-00872-3
• Carr, C. E., Kracht, M. J., Gardner, A. W., West, J. J., Mayate, L., Daines, M., & Rice, S. A. (2026). An Interdisciplinary Team Approach to the Assessment and Treatment of PANS/PANDAS. Behavior Analysis in Practice. https://doi.org/10.1007/s40617-025-01148-8 https://doi.org/10.1007/s40617-025-01148-8
• Olaff, H. S., & Holth, P. (2025). Acquisition of incidental bidirectional naming: Isolating the effects of probing and mixed-operant instruction. The Analysis of Verbal Behavior, 41, 200–234. https://doi.org/10.1007/s40616-025-00221-1 https://doi.org/10.1007/s40616-025-00221-1
• Coy, J. N., Enders, O. G., & Kostewicz, D. E. (2024). Introducing LADER: A structured approach to effective professional interactions for behavior analysts. Behavior Analysis in Practice, 17, 759–772. https://doi.org/10.1007/s40617-023-00900-2 https://doi.org/10.1007/s40617-023-00900-2
• Togashi, K. (2025). Training in trial-based functional analysis via computer-based instruction and behavioral skills training. Behavior Analysis in Practice. https://doi.org/10.1007/s40617-025-01136-y https://doi.org/10.1007/s40617-025-01136-y