---
title: "Cable and Pipeline Route Desk Study: a 30 km Corridor | Vireo"
description: "A route desk study on one grid: LiDAR relief, heritage, 1,240 unlisted anomalies, peat, crossings and ground motion along a 30 km corridor. Explore it live."
image: https://www.vireonature.com/hubfs/og2_corridor.jpg
---

[Skip to content](https://www.vireonature.com/inside-a-corridor#main) [**New**Launch price: the first ten corridors get the Corridor Evidence Pack at £9,600. See the offerFirst ten corridors at £9,600. See the offer→](https://www.vireonature.com/inside-a-corridor#co-form)

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Chainage**km 0.0**

*Inside a corridor*Vireo example case study

# Route desk study: see the corridor before anyone sets foot on it.

A route desk study, live: thirty kilometres of Northumberland read by the Vireo Neural Map on one grid: every monument, every crossing, every patch of peat and every moving metre of ground. Then the part no register shows: *where the unrecorded archaeology is*, and where to send the first crews.

**1,240**unlisted anomalies found. The register holds 13.

**16 km**of peat located before anyone probes

**8 km**walked, not 30

What do you route, consent or survey?

**Routing and consents**Transmission, water, rail, road

**DCO and EIA delivery**Consultancy and bid teams

**Heritage**Archaeology and walkover

**Ground and peat**Geotechnical and soils

[Explore the corridor](https://www.vireonature.com/inside-a-corridor#co-exp)[Request the case study](https://www.vireonature.com/inside-a-corridor#co-form)

A Vireo example on a corridor we drew ourselves, read by the Vireo Neural Map. Nothing provided by any organisation.

*01*The corridor explorer

## A route desk study on one grid: thirty kilometres, every layer on the same chainage.

Drag along the corridor, zoom into the relief, tap anywhere for a live read. Watch kilometre 15: *the aerial mapping record stops there. Vireo does not.*

\+

−

↺

‹

Follow the route ›

Tap anywhere on the corridor for a live read

Heritage

Peat and ground

Nature

Crossings

km 0km 30

NEURAL MAP · LIVE READ

### Tap the corridorAny point, any kilometre

See this read on your own corridor.[Request](https://www.vireonature.com/inside-a-corridor#co-form)

Read enough to brief a survey? The full case study carries the atlas sheets, the kilometre priority list and the deployment plan.[Request the case study →](https://www.vireonature.com/inside-a-corridor#co-form)

*02*How 1,240 becomes a shortlist

## From 1,240 anomalies to the first ten.

Nobody walks 1,240 points. The Vireo Neural Map scores every anomaly, checks it against a second record and ranks it, so the first crew is briefed on ten. Tap a step to see where it sits on the corridor.

km 01530

Show these kilometres on the map ↑

**1 · Anomaly**One sensor sees it.

**2 · Candidate**A second, independent sensor agrees.

**3 · Attributed**A record and a named specialist confirm it.

Every feature in the pack carries its level. Remote data never attributes on its own. On this corridor the screen finds **5 of the 7** earthwork monuments already on the register, where chance placement scores 0.32: the reason the ranking can be trusted.

*03*What the Neural Map returns

## Six results. Each one tested before it reaches you.

Every screen is tested against chance on the corridor it reads. Every figure carries its source, date and licence.

*HERITAGE SCREEN · TESTED AGAINST CHANCE*

### It finds the register's own earthworks.

By chance

**0.32**

Vireo

**0.71**

*00.51.0*

Share of the 7 earthwork monuments on the register recovered without being shown them.

*1,240 ANOMALIES · ADDITIONAL, NOT A REPEAT*

### The finds add to the record. They do not copy it.

Random rate

**5%**

Vireo finds

**5%**

*0%5%10%*

Share falling on features already in the aerial mapping record. Equal to chance: the 1,240 are new ground, not a copy of it.

*PEAT DEPTH READ · HELD-OUT TEST*

### Depth read where there is no ground record.

Standard

**37 cm**

Vireo

**32 cm**

*02550 cm*

Average error on 1,284 held-out peat records, 5 to 10 km away, against the standard interpolation method. Lower is better. A screen that fails a test is dropped, and the result kept.

*GROUND MOTION***516**

### Satellite radar points on the chainage

Settling ground found over peaty soils and old workings at km 25 to 26, before any ground investigation.

*CONSTRAINTS AND CROSSINGS***13 + 8**

### Watercourse and A or B road crossings

Designations, habitats, crossings and the register on the same kilometre posts, across 6,008 ha of band.

*SURVEY DEPLOYMENT***73%**

### Less corridor to walk

Walkover, probes, GPR and magnetometry, drones and aircraft assigned kilometre by kilometre. Vireo can supply every one.

Read by the Vireo Neural Map. First-layer sources: Environment Agency LiDAR composite DTM 1 m; Historic England National Heritage List for England and Aerial Investigation and Mapping; Natural England SSSI, SAC, ancient woodland, peaty soils and Priority Habitat Inventory; OS Open Rivers and OS Open Roads; Copernicus European Ground Motion Service, vertical, 2020 to 2024; England Peat Map depth observations. Open Government Licence v3 and Copernicus terms. Fetched 7 November 2026.

*04*The record against Vireo

## What the public record holds. What Vireo found before any survey.

Same corridor, same day, same public sources. Each strip below is the corridor from km 0 to km 30.

### Four ways to read the same corridor

A desk study, a data portal, a survey contractor and Vireo, step by step. Each credited for what it does well.

| Step | Desk studyDesk | Data portalPortal | Survey contractorSurvey | Vireo |
| --- | --- | --- | --- | --- |
| Where each is strongest | Significance and professional standing | Breadth of licensed layers | Centimetre ground truth | Reads beyond the record, and tests itself |
| One grid and chainage for every layerA kilometre can be asked one question |  |  |  |  |
| Every source and licence loggedSource, licence and date on every layer |  |  |  |  |
| Heritage register screenedListed and scheduled assets per kilometre |  |  |  |  |
| Terrain read beyond the recordEvery earthwork-sized feature, scored |  |  |  |  |
| Screen tested against chanceProof the finds are not luck |  |  |  |  |
| Peat depth read, with its rangeWhere there is no ground record |  |  |  |  |
| Ground motion read per kilometreSettling ground, before ground investigation |  |  |  |  |
| Constraints and crossingsDesignations, habitats, rivers, roads |  |  |  |  |
| Kilometre priority, rule publishedThe same answer whoever asks |  |  |  |  |
| Survey plan for every assetWalkover, probes, drone and aircraft by kilometre |  |  |  |  |
| Reproducible recordRe-run to the same values |  |  |  |  |
| Learns from every returnEach field result sharpens the next read |  |  |  |  |
| Time for 30 km | 4 to 8 weeks4 to 8 wk | Minutes, then your time to read itMinutes | Weeks, weather permittingWeeks | **10 working days10 days** |

Show all 12 steps

Done as standardSometimes, by hand or in partNot part of the serviceTypical published scopes, credited generously. Times for other approaches are estimates.

*05*Works alongside your team

## Not instead of your consultant. Underneath them.

The pack arrives before the desk study is scoped and makes every later step smaller. Consultancies can buy it for a named client scheme and carry it in their bid.

Your consultant**A sharper desk study**

Cites the pack under its own assessment. Their specialist attributes the finds and judges significance.

One record of the corridor**Corridor Evidence Pack**

Pack, GIS and plan on one grid, handed to everyone who works on the route.

Your data portal**Loads straight in**

The GIS package sits beside the layers you already license. One place to look.

Drone and walkover crews**The plan is their brief**

Which kilometres, which sensors, what to look for. Their returns come back onto the same grid.

Your ground and environment teams**A season planned from evidence**

Probes on the peat kilometres, crossing surveys where they are needed, settling ground flagged to geotechnical.

*06*The Vireo Neural Map

## Not a map of layers. A model that reads them together.

Every other map stacks layers and leaves the reading to you. The Vireo Neural Map links every record to every other on one grid, reads them together kilometre by kilometre, and learns from every result that comes back from the field. It is why this corridor could be read before anyone set foot on it.

- **Connected, not stacked.** A radar point, a peat polygon and a ring in the relief change each other's meaning. The Map reads all of them at once, and turns the heritage register, the aerial archaeology record and the relief into one archaeology shortlist.
- **It learns as you survey.** Every probe batch and walkover result re-scores the kilometres ahead of the crew, so each read is sharper than the last.
- **Any data in.** The public record is only the first layer. Your surveys, drone and aircraft capture and any survey Vireo supplies land on the same grid.
- **One living national model.** 249,948 ground records already sit inside it, so your corridor is read against the whole landscape, not a project file.

Hover or tap a source to see what it feeds

*07*Where to send people first

## Walk 8 km, not 30. Probe where it counts.

The kilometre priority list becomes a first-season plan: who goes where, on foot, with ground geophysics, by drone and from the air, before a single crew is booked. Vireo can supply every one of them.

 Vireo can supply every survey

**Drone**1 cm photogrammetry · LiDAR · GPR · magnetometry · thermal · multispectral

**Aircraft**LiDAR · hyperspectral · seasonal optical

**Satellite**Repeat radar for ground motion · optical

**Ground**Walkover · peat probes · GPR · magnetometry · ecology and crossing surveys

Every return lands on the same grid and re-scores the kilometres ahead of the crew.

*08*What comes after the pack

## The pack starts the record. The Assessment proves it on the ground.

The pack is read at desk stage. The Corridor Assessment takes the first season's field results back into the same record, turns anomalies into confirmed finds, and re-issues the plan as the ground answers.

*STEP 1 · DESK STAGE*

### Corridor Evidence Pack

10 working days

- The whole corridor on one grid
- 1,240 anomalies scored, the first ten named
- Peat, crossings, ground motion per kilometre
- The first-season survey plan

*STEP 2 · FIRST FIELD SEASON*

### Corridor Assessment

Through the first season · quoted per corridor

- Walkover, probe, drone and GI results land on the same grid
- Anomalies promoted to candidates, then attributed by your specialist
- Peat depth re-read on the new probes
- The plan re-issued twice, with a second handover

*STEP 3 · DESIGN AND BUILD*

### Corridor Programme

Project priced

- Repeat reads as the design changes
- Ground motion watched through construction
- One record carried into the consent and the build

**£9,600 credited**The launch price of the pack is credited in full against a Corridor Assessment ordered within 12 months.

### A centreline in. A whole corridor back in ten working days.

No site visit, no access, no survey booked.

*DAY 0***You send the centreline**

Any GIS format or a list of points, and a band width.

*DAY 1***Corridor agreed**

Band, chainage and grid fixed with you before the read begins.

*DAYS 2 TO 9***The Neural Map reads it**

Every layer on one grid, every screen tested, every kilometre scored.

*DAY 10***Delivered, and walked through**

Pack, GIS and plan, then a 45-minute handover with your team.

**Evidence Pack**Summary, findings, priority list, appendices. Word and PDF

**Atlas sheets**Constraints, heritage, ground. Scale, north, chainage

**GIS package**GeoJSON and CSV in the national grid

**Per-kilometre tables**Flags, score, anomalies, peat, motion, crossings

**Deployment plan**Every survey asset, by kilometre, with the reason

**Close-up windows**Up to six, at the highest-scoring finds

**Data and licence register**Every source, licence and date

**45-minute handover**The sheets and the plan, kilometre by kilometre

### What we need from you

1. A centreline
2. A band width (2 km if unsure)
3. The scheme type and decision date
4. A named contact

Optional, and it sharpens the read: your own walkovers, probes, HER extracts or utility plans, under a data agreement. Never pooled without your say.

EnglandScotlandWalesIreland

*09*Launch offer · first ten corridors

## Run it on your corridor.

Send a centreline and a band width. In ten working days the Vireo Neural Map returns the whole corridor on one grid: heritage and the unlisted anomalies beside it, peat, designations, every crossing, ground motion, a kilometre priority list and where to send the first crews.

Corridor Evidence Pack · **£18,000** for corridors up to 30 km

**£9,600**launch price · first ten corridors

Credited in full against a Corridor Assessment ordered within 12 months. Excluding VAT.

**1. Request**Two fields to start.

**2. Review**The team reads every request.

**3. Your copy**Personalised, within two working days.

![The route desk study case study: cover, a ground atlas sheet and the survey deployment page](https://www.vireonature.com/hs-fs/hubfs/cor_pack_preview2.webp?width=2400&height=1300&name=cor_pack_preview2.webp)

### Start here

Reviewed by the team. A reply within two working days.

What would you like? A launch-price place for our corridor The case study and a call about our corridor The example case study Work email

Continue

First name

Last name

Organisation Your role Choose one Routing or consents DCO, EIA or bid delivery Heritage or archaeology Geotechnical, ground or peat Ecology or environment Public body or regulator Something else A corridor or scheme in prospect Choose one Yes, within 12 months Yes, within 24 months Later, or bidding for one No, building knowledge Corridor or scheme (optional)

Send my request

We use your details to review this request and send your copy. The case study is confidential and personalised to you. [Privacy notice](https://www.vireonature.com/privacy)

### Request received.

The team reviews every request and replies within two working days, with your personalised copy of the case study.

[Meanwhile, see Vireo read a site](https://www.vireonature.com/inside-a-site)

### Questions buyers ask

Our consultant already does a desk study.

Good. The pack goes underneath it. It adds the anomaly screen, the peat depth read and the ground motion read that a desk study does not include, and it makes the field scope smaller. Consultancies can buy it for a named client scheme and carry it in their bid.

How many of the 1,240 anomalies are real?

Each one is a scored screening result, and the pack says so. The screen is tested against chance on your corridor before it is delivered. The first close-up surveys on the ground turn the score into a confirmed rate, and that is what the Corridor Assessment does.

We cannot share the route.

We work under a non-disclosure agreement and a customer data agreement. The band can be drawn wider than the route to mask it, and nothing about your corridor appears anywhere outside what we deliver to you.

Will it stand up in a consent document?

It is desk-stage screening evidence with every source, date and range stated, cited as the basis for the survey scope. That is where consultees ask the hard questions. Significance and attribution stay with your accredited specialist.

What happens after the pack?

Most schemes move to the Corridor Assessment for the first field season: the survey results come back onto the same record, finds are confirmed, peat depth is re-read and the plan is re-issued twice. The launch price of the pack is credited in full against it within 12 months.

**£9,600 launch price** · first ten corridors[Send us your routeSend us your route](https://www.vireonature.com/inside-a-corridor#co-form)

## Related guides and services

- [Route desk study guide for pipelines, cables and grid lines →](https://www.vireonature.com/insights/linear-route-desk-study)
- [Satellite ground motion desk study guide →](https://www.vireonature.com/insights/egms-ground-motion-desk-study)
- [BNG baseline on a linear route →](https://www.vireonature.com/insights/bng-nsip-linear-route-baseline)
- [Wind farm and grid evidence →](https://www.vireonature.com/solutions/wind-and-grid)
- [Packs and prices →](https://www.vireonature.com/offers)

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© 2026 Vireo Nature · [Privacy notice](https://www.vireonature.com/privacy)

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Occasional updates on the Neural Map and new sealed results.

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Figures as at October 2026. They describe what exists today, not forecasts. Data: Copernicus Sentinel-2 and Copernicus DEM (modified), NASA MODIS MCD64A1, Tellus survey.

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    "name" : "We cannot share the route."
  }, {
    "@type" : "Question",
    "acceptedAnswer" : {
      "@type" : "Answer",
      "text" : "It is desk-stage screening evidence with every source, date and range stated, cited as the basis for the survey scope. That is where consultees ask the hard questions. Significance and attribution stay with your accredited specialist."
    },
    "name" : "Will it stand up in a consent document?"
  }, {
    "@type" : "Question",
    "acceptedAnswer" : {
      "@type" : "Answer",
      "text" : "Most schemes move to the Corridor Assessment for the first field season: the survey results come back onto the same record, finds are confirmed, peat depth is re-read and the plan is re-issued twice. The launch price of the pack is credited in full against it within 12 months."
    },
    "name" : "What happens after the pack?"
  } ]
}
```