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What the picker changes
  • Top topics digest — the cards score the selected period against the prior 4 weeks.
  • 12-week heatmap & outlet matrix — show the 12 weeks ending at the selected week (they slide back with the picker, they aren’t a fixed snapshot).
  • Per-topic volume / alias drift — same 12-week trailing window, anchored on the selected period.
  • Coverage gap quadrant — scores the selected period against the 12 weeks before it (not including it).
  • Anomaly cards — only show alerts the detector fired during the selected period. Quiet weeks legitimately show none.
What stays as-is
  • Outlet orientation strip / lean colours — context-only, drawn from the last 12 weeks of activity regardless.
  • Co-occurrence graph — recent-activity anchored, not picker-driven.
  • Source & topic profiles — all-time data for the topic; the picker doesn’t affect them.
Rolling 7 days is a sliding live window for “current vibes”; switch to Weekly to compare specific weeks side-by-side.
←
Week of 19 Oct 2026
→ This week
NZ political discourse

This week, in commentary, press releases & podcasts

Topics, framings, and source patterns derived from the discourse corpus — written commentary plus podcast transcripts, joined on the same canonical topics. Click any card or heatmap row for the full topic detail. Methodology → Talk-radio & podcast episodes are part of this corpus — view the on-air slice →

Coverage through 26 Oct 2026 · topic analysis updated 1h ago

Anomalies this week Methodology →

Topics, MPs, or sources whose volume jumped sharply versus their prior 4-week mean. Detected automatically and reviewed for noise before display.

mp
Hūhana Lyndon
×7.3 11 this week vs 1.5 prior
24 Oct
mp
Mariameno Kapa-Kingi
×4.0 6 this week vs 1.5 prior
24 Oct
mp
Mark Mitchell
×3.2 13 this week vs 4.0 prior
24 Oct
mp
Ayesha Verrall
×3.2 17 this week vs 5.2 prior
24 Oct
mp
Teanau Tuiono
×6.4 8 this week vs 1.2 prior
24 Oct
mp
Oriini Kaipara
×11.5 23 this week vs 2.0 prior
24 Oct
topic
×3.2 4 this week vs 1.2 prior
24 Oct
topic
×4.0 4 this week vs 1.0 prior
24 Oct
topic
×6.0 6 this week vs 1.0 prior
24 Oct
topic
×16.0 4 this week vs 0.2 prior
24 Oct
topic
×28.0 7 this week vs 0.2 prior
24 Oct
topic
×7.0 7 this week vs 1.0 prior
24 Oct

Top topics — Week of 19 Oct 2026 Methodology →

The canonical topics with the most coverage across commentary and podcast transcripts during Week of 19 Oct 2026. The trend figure compares the selected period to its prior 4-week mean. The stance bar (where visible) shows the supportive → critical mix on classifier-tagged edges. Distinct from the Anomalies above, which surface step-change spikes rather than absolute volume.

Youth Voter Enrolment
9 items +1100%

warns of a critical window to prevent youth political disengagement

Healthcare Staffing Shortages
9 items +300%

a critical structural failure undermining care delivery

East Cape Health System Crisis
9 items +1100%

deepening strain on emergency care infrastructure

Right To Silence
8 items new

potentially rights-violating and legally contentious

Graduate Nurse Guarantee Cost
8 items +700%

a promise to secure local nursing careers and reduce brain drain

12-week topic landscape Methodology →

Each cell = items mentioning that topic in that week. Top 25 by recent volume.

Source × topic sparklines Methodology →

A cross-tab of which sources are talking about which topics, week by week. Rows are the 10 topics with the most coverage in the last four weeks; columns are the 8 sources writing about them most. Each tiny line is 12 weekly counts — the path shape tells you whether the source is just-now picking up the topic, sustaining attention, or letting it fade. The trailing dot marks the most recent week, the number under the line is the 12-week total, and the column-header pill is the source’s editorial lean (which tints the line). Cells with no coverage render as a dashed midline so “quiet” reads differently from “missing data”.

Why we offer a reach-weighted view — click to expand

A 30-item run in a 500-reader Substack and a 5-item run in Stuff (~2.3M monthly readers) look identical when you count articles. They are not the same thing. The same topic is being published more often in one place but heard far more in the other.

Toggling to reach-weighted multiplies each cell by log1p(source_reach_score) — a dampened weight that preserves tail-source visibility (small blogs don’t collapse to zero) while letting major-outlet coverage outweigh long-tail volume. This isn’t a quality judgement; it’s a closer answer to the question “whose attention has this topic actually captured?”. Source reach scores are described in full on the methodology page.

Item count answers “who’s writing about this most?”. Reach-weighted attention answers “whose attention has it actually captured?”. Same data, different question.

Topic ↓ / Source →
Waatea News Government / N-A
rnz-morning-report Government / N-A
Beehive (Govt) Government / N-A
integrity-institute Government / N-A
Open Mic Participation 54 · · · · · · ·
Cost-Of-Living Crisis 19 9 11 · 4 9 1 ·
Māori Electorates Strategy 10 16 2 · 4 · 2 2
Regional Infrastructure Funding · 10 3 19 · · · ·
Public Sector Cuts 13 3 1 · 2 7 2 2
Cost Of Living 1 17 7 · 2 · 1 1
Housing Affordability 4 16 4 1 2 2 · ·
Electorate Vote Strategic Voting 2 6 2 · 2 · 4 1
Green Party Rise 7 1 1 · 2 · 2 1
Vote Splitting 3 3 2 · 1 · 3 2
Free account Create a free account for reach-weighted attention + per-source reach scores — every cell weighted by audience size, so you see whose attention a topic actually captured. Create a free account Log in
Topic co-occurrence graph Methodology → Topics that show up in the same articles. Drag a node to rearrange; click to drill in.

Each bubble is one canonical topic; size scales with how many items mentioned it over the last eight weeks. A line connects two topics that appear in the same articles — thicker lines mark the most distinctive pairings, not just the busiest. Colour groups topics into clusters (each named after its biggest topic); to keep things readable only the largest bubbles are labelled — hover any node to see the rest and its closest neighbours.