Teacher Facilitation & Monitoring Guide

: Synthesis & Assessment

TEACHER WRITE-IN PAGE v3.2 — ASSESSMENT WEEK
NGSS: MS-ESS2-5, MS-ESS3-5, MS-ESS3-3 | 100 pts | ~75 min/day

MISCONCEPTION TRACKER (Write student initials/names by misconception during 3-Lap monitoring)

Misconception (from Likert — all FALSE)	Per 3A (n=17)	Per 6A (n=14)	Per 7A (n=9)
M1: "Weather and climate are the same thing." Correct: Weather=short-term; Climate=30-yr avg
M2: "Cold air rises and warm air sinks." Correct: Cold air is denser — it sinks/wedges under warm
M3: "Seasons are caused by Earth's distance from the Sun." Correct: Seasons = axial tilt (23.5°), not distance
M4: "Rain only happens when a cold front passes through." Correct: Warm fronts, stationary fronts, convection also cause rain
M5: "Weather forecasts are just educated guesses." Correct: NWP models use real data; 24-hr accuracy ~90%
Vocab gap — note which term:
Off-task / incomplete

ASSESSMENT MONITORING NOTES — circle student initials when red flags appear

PART 1 SYNTHESIS (D1) — Red Flags:

PART 2 CUMULATIVE (D2) — Circulation:

PART 3 MISCONCEPTION (D2) — Persistence:

MANUAL GRADING — Q2, Q4, Q5 noted:

MANUAL GRADING — AQ3, BQ3, CQ3:

MANUAL GRADING — DQ3, DQ4 noted:

INTERVENTION PLANNING

Type	Students	Priority
Vocab Gap		HML
Misconception		HML
Procedural Error		HML
Incomplete Mechanism		HML

FLEXIBLE GROUPING

Group A

Focus:

Students:

Reteach:

Group B

Focus:

Students:

Reteach:

Group C

Focus:

Students:

Reteach:

Group D

Focus:

Students:

Reteach:

LESSON FLOW — DAY 1 (75 min) — Synthesis & Review

Time	Component	Teacher Action	KEPT
0–5	Opening Routine	Attendance. Chromebooks + worksheet. "Today: review Part 1 (Form 2) + spiral stations. Tomorrow: Cumulative Assessment."	2
5–13	2/2/2 Cycle #1 — Opening	EW 2 min: "What do you know about air masses + prediction?" TT 4 min (switch@2): "I think this content works by ___ because ___." CC 2 min: partner reports.	13
13–38	Part 1: Synthesis (20 pts, Form 2)	Navigate to Form 2. 3-Lap DNPG: Q2, Q4, Q5 (rubrics P3). EW Worksheet Part 1 notes. Watch for red flags — record on P1.	15
38–63	Spiral Review Stations (4 stations × ~6 min)	Rotate groups: A=C3 climate/greenhouse, B=C4 human impact/ocean, C=C5W1 air masses/fronts, D=C5W2 prediction/climate vs weather. Review cards + self-check sheets. Circulate to check station engagement.	124
63–73	DI: Assessment Prep	Key review: (1) Air mass classification (mT/cP/mP/cT). (2) Front formation — density drives it. (3) Data patterns (falling pressure, wind shift, humidity rise). (4) Integration: data → air mass → prediction. TT mid-DI: "Use 'source region,' 'density,' 'front' in one sentence." Misconception traps (see P5).	13
73–75	Day 1 Closing	Review assessment format + expectations. Test-taking strategy: show reasoning. Q&A. Preview Day 2. Chromebooks closed.	26

LESSON FLOW — DAY 2 (75 min) — Cumulative Assessment

Time	Component	Teacher Action	KEPT
0–5	Opening Routine	Attendance. Distribute scratch paper. "Today: Part 2 (Form 4, Sec A–D, 40 pts) → Part 3 (Form 3, 20 pts) → Self-Assessment Exit (Form 5, 8 pts). Independent — no partner discussion."	2
5–40	Part 2: Cumulative Assessment (40 pts, Form 4)	Proctoring laps: DNPG checkpoints — AQ3, BQ3, CQ3, DQ3, DQ4 (rubrics P4). Watch red flags by section. Walk silently. Note initials for manual grading priority. No assistance with content. EW Independent throughout.	15
40–55	Part 3: Misconception Check (20 pts, Form 3)	"Navigate to Form 3. Independent." Circulate — record which misconceptions are being missed on P1 tracker (M1–M5). Auto-graded; no answer assistance. EW Independent.	15
55–63	Form 5: Self-Assessment Exit (8 pts)	"Navigate to Form 5. Rate your understanding of each learning target (W1–W4) honestly." Individual. EW	45
63–68	2/2/2 Cycle #2 — Synthesis	EW 1 min: "One thing that changed your thinking this cycle." TT 2 min: "My thinking changed because I learned ___." CC 2 min: partner reports.	34
68–75	Closing + Debrief Prep	Collect worksheets. Preview Cycle 6. Shout-outs for growth. After dismissal: note priority manual grading items (Q2, Q4, Q5, DQ3, DQ4) from P1 tracker.	256

EW Everybody Writes TT Turn & Talk CC Cold Call SJ Stop & Jot KEPT: 1Content 2Culture 3Facilitation 4Ownership 5Data 6Beyond

DEANSLIST PBIS TRACKER (Tally + points awarded / - points deducted per period)

Period 1

+ −

Period 2

+ −

Period 3

+ −

RUBRIC ANSWER KEYS — FORM 2: SYNTHESIS (PART 1) — 12 pts manually graded ARM 1

GRADING NOTE: Form 2 manually graded items: Q2 (4 pts) + Q4 (4 pts) + Q5/[INTEGRATION+SEP-4] (4 pts) = 12 pts. Grade within 24 hrs. Priority: Q5 first (DOK-3, cross-week integration). See grading timeline P7.

Q2 (4 pts) — CONNECT: Air Mass Knowledge → Data Interpretation

Score	Criteria
4	Explains HOW air mass type helps interpret data + specific example (e.g., rising humidity + mT = Gulf moisture) + vocabulary (mT, cP, data interpretation)
3	Good explanation with at least one specific example; minor vocabulary gap
1–2	Basic connection or vague — states that air masses help interpret data without explaining mechanism

EXEMPLAR (4): "Knowing it's an mT air mass means rising temperature + humidity isn't random — it's Gulf air bringing moisture and energy. If that mT meets a cP air mass, expect severe weather at the front boundary. Without knowing air mass type, the data just says 'getting warmer and more humid' but doesn't tell you WHAT comes next."

RED FLAG: "Air mass types help you understand the data" — without explaining HOW or giving a specific example. → Prompt: "Give me one example: if you see rising humidity and you know the air mass is mT, what specifically does that predict?"

Q4 (4 pts) — EXPLAIN: Meteorologist's Forecasting Steps (W1 + W2 integrated)

Score	Criteria
4	≥3 clear sequential steps + specific data sources (pressure, temp, radar) + W1 (air masses/fronts) AND W2 (data collection/patterns) explicitly integrated
3	3 steps with partial integration — references either W1 or W2 concepts but not both explicitly
1–2	Fewer than 3 steps, or lists steps without mentioning air masses/fronts (W1) or specific data patterns (W2)

EXEMPLAR (4): Step 1: Collect data from barometers, radar, satellites (W2). Step 2: Identify patterns — falling pressure, wind shift, humidity rise (W2). Step 3: Identify air masses and frontal boundaries from wind direction + temperature gradient (W1). Step 4: Apply air mass properties to predict changes — cP approaching = clear/cold/dry; cold front = rapid temp drop + wind shift (W1). "W2 data shows what's happening NOW; W1 air mass knowledge predicts what happens NEXT."

RED FLAG: "Collect data, look at it, and predict" — without specific steps, data sources, or integration of air mass/front knowledge. → Prompt: "How does knowing the air mass type change what you predict? That's the W1 integration."

Q5 (4 pts) — INTEGRATE [INTEGRATION + SEP-4]: Analyze Cold Front Data Scenario

Scenario: Pressure 30.1"→29.6" (falling), Temp 55°F→48°F, Wind S 10mph→NW 25mph, Humidity 65%→85%

Score	Criteria
4	Identifies cold front passage + cites ≥2 specific data points as evidence + predicts post-front conditions + uses both W1 (air mass identity) and W2 (data patterns) vocabulary
3	Identifies cold front with 2 data pieces as evidence; prediction present but missing air mass identity (cP/mT)
1–2	Partial identification — may notice "cold" without identifying front type; or no prediction of next phase

EXEMPLAR (4): "Cold front is passing. Evidence: Wind shift S→NW (THE classic cold front signature), falling pressure (0.5" in 12 hrs), temp drop (mT being replaced by cP). mT air was in place (warm temps, south winds, rising humidity at frontal boundary). cP air is now moving in (NW winds, falling temp). PREDICTION next 6–12 hrs: precipitation ending, continued temp fall to 40–42°F, pressure rising, skies clearing as dry cP air settles in."

RED FLAG: Does not connect W1 concepts (which air masses, why they behave differently) with W2 data patterns (specific evidence for front passage). Misses wind shift significance — the S→NW shift is the definitive cold front indicator. → Prompt: "What does the wind shift from S to NW tell you about which air mass is replacing which?"

RUBRIC ANSWER KEYS — FORM 4: CUMULATIVE (SECTIONS A–D) — 19 pts manually graded ARM 1

GRADING NOTE: Form 4 manual items: AQ3 (4 pts) + BQ3 (4 pts) + CQ3 (4 pts) + DQ3 (4 pts) + DQ4 (3 pts) = 19 pts. Grade Sections D first (highest DOK). Full exemplars in lesson-plan.md.

Sec A Q3 (4 pts) — EXPLAIN: Maritime vs. Continental Air Mass Properties

Score	Criteria
4	Uses all 4 vocab terms correctly (maritime, continental, humidity, evaporation) + explains mechanism (ocean provides evaporation → humidity) + contrasts both environments
3	Uses 3–4 terms; explains one environment clearly but contrast is incomplete
1–2	"Ocean air is wet, land air is dry" — no mechanism or vocabulary

KEY (4): Maritime (m) forms over ocean → high evaporation → high humidity. Continental (c) forms over land → limited evaporation → dry. "The ocean is a continuous water source; land has limited water. Therefore maritime = humid, continental = dry."

RED FLAG: "Ocean air is wet / land air is dry" — no evaporation mechanism. → "Why does the ocean make air humid? What process is happening?"

Sec B Q3 (4 pts) — PREDICT: Weather Before / During / After Cold Front

Score	Criteria
4	All 3 phases + specific elements per phase (temp, pressure, wind, clouds, precip) in at least 2 of the 3 phases
3	All 3 phases present with some specifics; one phase may be vague
1–2	"Before: warm. During: rain. After: cold." — missing specific elements or phases

KEY (4): BEFORE: Slowly falling pressure, rising humidity, south winds, increasing clouds. DURING: Rapid temp drop 10–20°F/hr, wind shifts SW→NW, heavy rain/storms, pressure minimum. AFTER: Clearing, cold and stable (cP), pressure rising, NW winds decreasing, humidity dropping.

RED FLAG: Missing one of the 3 phases, or describes only 1 weather variable per phase. → "What is happening to pressure, wind, and temperature in each phase?"

Sec C Q3 (4 pts) — ANALYZE: Identify ≥2 Patterns in 6-Hour Data

Data: 6AM: 45°F, 30.2", S 8mph → 12PM: 52°F, 29.9", SW 15mph → 6PM: 48°F, 29.5", W 22mph

Score	Criteria
4	≥2 named patterns + data citations + prediction for next 6 hrs with reasoning (e.g., front just passed → continued cooling, rising pressure)
3	2 patterns with data + prediction present but reasoning is brief
1–2	"Pressure is falling so it will rain" — 1 pattern, no cross-variable reasoning

KEY (4): Pattern 1: Steadily falling pressure (30.2"→29.5" = 0.7" drop) = strong low approaching. Pattern 2: Clockwise wind shift (S→SW→W = veering) = cold front passage. Pattern 3: Temp rise then fall (45°→52°→48°) = warm sector then cold air advection. Prediction: Front just passed; next 6 hrs: temp continues falling to ~40°F, NW winds, pressure begins rising, skies clearing.

RED FLAG: Sees data points but not patterns/trends. → "Look at pressure across all three time points — is it going up, down, or steady? That's a pattern."

Sec D Q3 (4 pts) — CREATE: 8-Hour Forecast

Scenario: 42°F, 29.7" falling, 80% humidity, NW 18mph, cP moving in, precipitation band 80 mi W moving E at 20 mph

KEY (4): Timing: 80 mi / 20 mph = 4 hrs → arrives 6PM. Precip: Rain at 6PM changing to snow ~8–9PM as temp falls through 32°F (cP air). Temp: 42°F → 38°F (6PM) → 32°F (10PM). Wind: NW 20–25 mph, gusts to 35 mph during precip. Pressure: falling to ~29.4" by 8–9PM then rising.

RED FLAG: "Snow is coming" — no timing calculation (distance/speed) or temperature reasoning. → "When will the precipitation arrive? How do you calculate that?"

Sec D Q4 (3 pts) — EVALUATE: Why Forecast Was Wrong

KEY (3): TWO valid scientific reasons: (1) Storm track error — predicted storm passed south but actual track was 50 mi north, bringing city into precipitation zone. (2) Unexpected intensification — model underestimated moisture/wind shear; storm developed faster than predicted. (Other valid: timing error, model initialization error from poor-quality upstream data.)

RED FLAG: "The meteorologist made a mistake" — blames human error instead of atmospheric/scientific limitations. → "What atmospheric variable was harder to predict — and why?"

DAY 1 FACILITATION & MONITORING ARM 3 ARM 4

OPENING ROUTINE (0–5 min)

TIMER: 5 minAttendance + materials check + overview of Week 3 structure

SAY (Opening): "Good morning scholars. Chromebooks out but closed. Today is Day 1 of our assessment week. [Attendance.] Today we'll review and connect everything from Weeks 1 and 2 — air masses, fronts, data patterns, and weather prediction. Tomorrow is the cumulative assessment. Today is preparation and synthesis."

2/2/2 CYCLE #1 — OPENING (5–13 min) EWTTCC

TIMER: 2 minPre-Write #1 — Phenomenon section: "Your initial thinking" box

SAY: EW "In your phenomenon box, write: what do you ALREADY know from Weeks 1 and 2? Write your initial thinking — 2 minutes, silent writing." [Circulate — note interesting predictions for cold call.]

TIMER: 4 minTurn & Talk #1 — Switch at 2 min

SAY: TT "Stem: 'I think this week's content works by ___ because ___.' Partner A first — 2 minutes. [BEEP] Switch — Partner B."

TIMER: 2 minCold Call #1 — Partner reports

SAY: CC "[Name], what did YOUR PARTNER predict? [Follow-up:] What evidence supported their thinking?" Accept all reasonable predictions at this stage.

PART 1: SYNTHESIS — Form 2 (13–38 min | 20 pts) 3-Lap DNPG: Q2, Q4, Q5 — 12 pts manually graded

SAY (Launch): "Open Form 2 — Synthesis Review. You have 25 minutes. This connects Week 1 air masses with Week 2 data collection and prediction. Sentence starters are on your worksheet. Timer starts now."

LAP 1 — START: Has student attempted Q2, Q4, Q5?First 3 min

LOOK FOR (Q2): Student attempting to connect air mass knowledge to data interpretation — even a partial sentence counts as started. Prompt if blank: "Knowing the air mass type helps because…"

DNPG Q2 — IF blank: "I don't know how to start."

"Write this: 'Knowing the air mass type helps because...' — then fill in one thing from Week 1 about mT or cP air. Just one sentence gets you started."

LAP 2 — VOCAB: Q2/Q4/Q5 vocabulary check~5 min in

LOOK FOR (Q4): At least 3 steps in forecast process AND terms: data collection, pattern recognition, air masses. "First, the meteorologist…" starter used.

DNPG Q4 — IF only 1–2 vague steps: "Collect data and predict."

"You have two steps — what happens BETWEEN collecting data and predicting? What does the meteorologist DO with the data? Add one step that uses Week 1 concepts."

LOOK FOR (Q5): Wind shift from S to NW identified as cold front signature. "The data shows a cold front because…" used.

DNPG Q5 — IF missing wind shift: "The pressure is falling so weather is coming."

"Pressure fall is one clue — what does the wind DIRECTION change tell you? South to NW wind shift is the specific cold front signature. Add that to your response."

LAP 3 — COMPLETE SENTENCES: Full explanation check~15 min in

LOOK FOR: Q2 has specific example (mT or cP scenario with prediction). Q4 has 3+ steps integrating W1 & W2 concepts. Q5 identifies cold front AND predicts next phase with cP air mass behavior.

RED FLAG (Q5): Identifies event but no Week 1 air mass connection.

"You've identified the data pattern from Week 2 — now add the Week 1 layer: which air mass is arriving, and what does that tell you about the NEXT 24 hours?"

SPIRAL REVIEW STATIONS (38–63 min) 4 stations × ~6 min — small groups rotate

SAY (Station Setup): "Form 2 pencils down. Groups of 3–4 — move to your assigned station. Each station has review cards and practice problems with a self-check answer sheet. 6 minutes per station. I'll call rotations. Go."

Station A — C3: Climate
Greenhouse effect, feedback loops. Key Q: "Why does warming amplify itself?"

Station B — C4: Human Impact
Ocean chemistry, biogeochemical cycles. Key Q: "How does human CO₂ change ocean pH?"

Station C — C5 W1: Air Masses
cP/mT classification, front formation. Key Q: "What drives cP air southward in winter?"

Station D — C5 W2: Prediction
Data patterns, BWDA, weather vs. climate. Key Q: "What three data changes confirm frontal passage?"

CIRCULATION:Listen for misconception traps: "cold air rises" / "weather = climate" / "predictions are guesses" — redirect immediately with data anchor.

DI: ASSESSMENT PREP (63–73 min)

SAY (DI Launch): "Stations done — back to seats. Before tomorrow, let's lock in three key review points." [Present key points. Students track on worksheet.]

Key Review Points: (1) Air mass classification: mT = warm+humid (Gulf source), cT = warm+dry, mP = cold+humid, cP = cold+dry (Canada). (2) Front formation: DENSITY drives interaction — cold air wedges UNDER warm air (not "cold air rises"). (3) Data patterns: falling pressure + SW→NW wind shift + temp drop = cold front passage. Misconception Traps: "Cold air rises" ✗ — cold air SINKS (denser). "Weather = Climate" ✗ — weather is short-term, climate = 30+ year average. "Predictions are guesses" ✗ — based on physics + multi-source data.

SAY (Strategy Tip): "Tomorrow's constructed-response questions ask you to EXPLAIN, PREDICT, ANALYZE, and CREATE. Show your reasoning, not just your answer — use the sentence starters on your worksheet. For multi-step questions, show intermediate steps even if you're unsure."

DAY 1 CLOSING (73–75 min)

SAY: "Questions about tomorrow's format? [Answer briefly.] Remember: tomorrow is Day 2 — cumulative assessment, then misconception check, then self-assessment. Bring your sharpest thinking. Great work today." [Dismissal routine.]

DAY 2 FACILITATION & MONITORING ARM 3 ARM 5

OPENING ROUTINE (0–5 min)

TIMER: 5 minAttendance + silent start + assessment environment set

SAY (Opening): "Good morning scholars. Chromebooks out but closed. Today is Day 2 — assessment day. No notes, no partners once we begin. When I say go, open your Chromebook and navigate to the student page. You'll work through three parts independently. [Attendance.] Any questions before we begin? [Brief pause.] Open Chromebooks — let's go."

PART 2: CUMULATIVE ASSESSMENT — Form 4 (5–40 min | 40 pts) Proctoring laps — DNPG: AQ3, BQ3, CQ3, DQ3, DQ4

SAY (Launch): "Open Form 4 — Cumulative Assessment. 4 sections: A (Air Mass Interactions), B (Weather vs Climate), C (Data Analysis), D (System Models). 35 minutes total. Work independently. Sentence starters on your worksheet. Timer starts now."

PROCTORING LAP 1 — Every student on Form 4?Min 5–8

Scan: Chromebook open + Form 4 visible + pencil moving. Any student on wrong form → redirect quietly. Any student with head down → "Eyes on screen, working."

PROCTORING LAP 2 — DNPG: AQ3 started? BQ3 has 3 phases?Min 12–15

AQ3 (4 pts): Uses at least one of: maritime, continental, humidity, evaporation. Prompt if blank: "An air mass over water is different because…"

DNPG AQ3 — IF blank: Nothing written for AQ3.

"Write: 'An air mass over water is different because…' — one sentence using 'evaporation' gets you started."

BQ3 (4 pts): Must describe BEFORE, DURING, and AFTER phases. Prompt if only 1–2 phases: "Before the front arrives…"

PROCTORING LAP 3 — DNPG: CQ3 shows 2+ patterns? DQ3 timing?Min 20–23

CQ3 (4 pts): Identifies 2+ named patterns with data evidence. "The patterns I see are…" starter.

DNPG CQ3 — IF only 1 pattern: "Pressure is falling."

"Good — that's Pattern 1. Look at wind direction across the 3 time points. What pattern do you see? That's Pattern 2."

DQ3 (4 pts): Must show timing calculation: 80 mi ÷ 20 mph = 4 hrs. "My forecast predicts…" starter used.

PROCTORING LAP 4 — DNPG: DQ4 has 2 scientific reasons?Min 28–32

DQ4 (3 pts): Two valid atmospheric reasons — NOT "forecaster made a mistake." Accept: unexpected storm intensification, storm track error, model initialization error, local moisture source, timing error.

RED FLAG DQ4: "The meteorologist was wrong / made an error."

Do NOT correct during assessment — note name on P1 tracker. This is the target red-flag response per Grading Notes.

SAY (@ ~35 min): "5 minutes remaining on Part 2. Review your constructed responses — did you use sentence starters and show your reasoning? Submit Form 4 when done."

PART 3: MISCONCEPTION CHECK — Form 3 (40–55 min | 20 pts) Independent — record M1–M4 persistence on P1 tracker

SAY (Launch): "Form 4 submitted — now open Form 3: Misconception Check. 4 misconception items, 15 minutes. For each: identify if the statement is correct, THEN explain WHY using evidence from our unit. Independent — no talking."

Misconception Targets — Track Persistence (P1 Tracker):
M1: Weather = Climate | M2: Cold air rises (SINKS — denser) | M3: Seasons = distance from Sun (axial TILT) | M4: Predictions are guesses (physics + multi-source data)

CIRCULATION:No intervention during Form 3. Observe and note which misconceptions persist. Use P1 tracker for reteach planning.

FORM 5: SELF-ASSESSMENT EXIT (55–63 min | 8 pts)

SAY: "Form 3 submitted — last form. Open Form 5: Standards Self-Assessment. 4 statements, rate your confidence. This doesn't change your grade — it helps ME plan reteach. Honest answers only. 5 minutes."

2/2/2 CYCLE #2 — SYNTHESIS (63–68 min) EWTTCC

SAY: EW "Station notes 'key insight' box: ONE thing that changed your thinking this week. 1 minute." → TT "Stem: 'My thinking changed because I learned ___, which means ___.' Switch at 1 min." → CC "[Name], how did YOUR PARTNER's thinking change? [Follow-up:] Why was that important?"

CLOSING + DEBRIEF PREP (68–75 min)

SAY (Close): "Assessment complete. [Affirm effort.] Scores returned within 48 hours — I'll grade constructed responses first (Q2, Q4, Q5 in Part 1; A3, B3, C3, D3, D4 in Part 2). Individual feedback on those items. Excellent work this cycle." ARM 4

POST-ASSESSMENT: While students pack upLast 2 min

Note on P1 tracker: students who appeared significantly rushed, blanked on constructed responses, or showed visible frustration → candidates for Tier 2 follow-up before Cycle 6.

RED FLAG: Student submitted Form 4 in under 10 min (5+ constructed responses).

Note name on P1 tracker. Check auto-score in real-time if possible. Priority for 1:1 reteach.

QUICK REFERENCE + RETEACH PROTOCOLS ARM 5 ARM 6

RED FLAGS BY QUESTION — Post-Assessment Quick Reference (update from P1 tally after grading)

Question	Red Flag Response	Intervention
P1 Q2	No specific examples (vague connection)	Review air mass classification with data scenarios
P1 Q4	Lists steps without W1+W2 integration	Practice connecting W1 and W2 explicitly
P1 Q5	Misses wind shift significance	Review cold front signatures (BWDA)
Sec A Q3	Confuses maritime/continental labels	Review evaporation mechanism with source regions
Sec B Q3	Missing phase descriptions (only 1–2)	Review frontal passage BEFORE/DURING/AFTER timeline
Sec C Q3	Sees data points, not patterns	Practice trend identification across 3+ data points
Sec D Q3	Missing distance÷speed=time calculation	Review distance/speed/time framework
Sec D Q4	"The meteorologist made a mistake"	Reteach atmospheric limitations vs. human error

GRADING TIMELINE + C5 CROSS-GRADE SYNTHESIS

Grading Priority Order

P1 Q5 first — [INTEGRATION+SEP-4], highest DOK
P1 Q2, Q4 — connection + process
Form 4 Sec D Q3, Q4 — calculations
Form 4 Sec A3, B3, C3 — explanation
Form 3 — auto-graded (Misconception Check)

MTSS Triage

Tier 1: 70–100% → monitor Cycle 6
Tier 2: 50–69% → targeted reteach (peer pairs)
Tier 3: 0–49% → modified materials + oral option
2 consecutive Tier 3 → MTSS alert

C5 Cross-Grade Synthesis (Mar 9–12)

All 4 grades are in C5 Week 3 simultaneously.

G5: Earth's sphere interactions + water cycle (G7 explains the atmospheric dynamics driving G5's patterns)
G6: Cells & body systems homeostasis (G7 weather shapes G6 organisms' external conditions)
G8: Wave properties + info transfer (G8 explains the physics of tools G7 used to predict weather)

C5 energy chain: Solar radiation (G8 measures) → heats Earth unevenly → drives G5 water cycle + G7 air masses → shapes G6 organisms' environment.

RETEACH PROTOCOLS

Vocab Boost (2 min):

Read term + definition aloud.
Student restates in own words.
Use term in phenomenon sentence.

Concept Fix (3 min):

"Some students think [X]."
"What evidence contradicts this?"
Guide to correct model via data.

Mechanism Bridge (3 min):

"You know WHAT — now WHY?"
Prompt cause-effect chain.
Connect back to DQ.

KEPT RUBRIC — ASSESSMENT WEEK INDICATORS (90%+)

1 Content

Assessment aligned to MS-ESS2-5 (Primary) + ESS3-3/ESS3-5 (Spiral). All 8 manually graded items have rubric + exemplar ready. Exemplar responses in P3–P4.

2 Culture

Assessment environment is calm, not punitive. Student names used positively (not for compliance). Day 1 review stations feel collaborative, not test-prep drill.

3 Facilitation

2/2/2 cycles executed on both days. Day 1 spiral station rotations crisp (6 min each). Day 2 proctoring laps on 4-lap schedule with DNPG coaching — not answers.

4 Ownership

Students self-assess via Form 5 (honest confidence ratings). Day 1 D&I prep frames assessment as skill demonstration, not test performance. Student agency preserved throughout.

5 Data Driven

P1 tracker completed per period. 31 manually graded points scored within 48 hrs. Misconception persistence tracked (M1–M4) from Form 3. MTSS tier recommendations to data meeting.

6 Beyond

Cross-grade synthesis surfaced (G5/G6/G7/G8 energy chain). Family portal data entry within 48 hrs. Cycle 6 reteach plan drafted from red-flag question data before next cycle begins.

DATA MEETING PREP — ASSESSMENT WEEK: Bring: (1) P1 tracker with student names flagged by period + misconception type. (2) Form 2 + Form 4 manually graded scores (31 pts total). (3) Auto-score summary from forms.gs (Forms 1, 3, 5). (4) Misconception persistence count (M1–M4 from Form 3 per period). (5) MTSS tier movement recommendations vs. Cycle 4–5 baseline. (6) Cycle 6 reteach priority list — top 3 items by % missed.