UK International Ocean Drilling Programme Site Survey (UKRI/NERC)

UK International Ocean Drilling Programme Site Survey (UKRI/NERC)

At a glance

This opportunity is a practical, high-value preparation grant for teams seeking stronger scientific proposals for International Ocean Drilling Programme expeditions. It is not a full expedition award; it is a pre-expedition enablement opportunity that helps teams build the geophysical and logistical foundation for future IODP3 missions. The central idea is to support robust pre-proposal data and site-characterisation work so later expedition bids are technically defensible and review-ready.

If your team is trying to move from a conceptual drilling target to a submission-ready, scientifically credible proposal, this is the right call. If you already have a fully scoped scientific objective but lack the site survey evidence to defend it, this is likely the opportunity that closes that gap.

What this call funds

The funding is specifically targeted at site survey activities that support scientific ocean drilling projects under the International Ocean Drilling Programme (IODP3). NERC frames this as funding for proposals and surveys that feed directly into expedition development.

You can apply with either of these modes:

• Ship-borne surveys: field campaigns using marine operations to gather new geophysical lines and other site characterisation data.
• Virtual surveys: processing and analysis of existing geophysical data (industry, government, or academic sources) to the level needed for IODP3 site characterization and safety requirements.

Both modes are allowed under the same call, but they sit in different budget ceilings. The page lists a larger cap for ship-borne work and a smaller cap for virtual work, indicating a strict review expectation around proportionality and data quality to each method.

The explicit goals of the funded work are:

1. Build high-quality site evidence that strengthens science justification.
2. Align proposed drilling concepts with IODP science priorities.
3. Support expedition readiness through concrete planning and feasibility.
4. Improve partnership value by creating outputs that can be shared across a consortium.

This is not a “free-floating basic grant.” The language and structure on the page make clear that this is application-linked technical preparation for IODP3 scientific proposals. Teams should treat it as an explicit risk-reduction investment: gather data where uncertainty is highest, document assumptions, and reduce review friction.

In practical terms, many teams should use this grant as the bridge between science idea and executable expedition design, especially where they are missing:

• robust crossing profiles,
• reliable geophysical characterisation,
• credible costed access to marine facilities,
• or clear operational rationale for why a specific site is feasible.

The call also ties the award to ongoing IODP priorities and to the SF2050 strategic research framing (Earth system, climate, life, hazards, and long-cycle geophysical questions). This is a useful clue for writing a competitive concept: align proposal narrative with one or more strategic objectives so reviewers can see why your site matters at global scale.

Who this is for (and what is excluded)

The eligibility statement is straightforward but operationally important: you must be based at a UK research organisation eligible for NERC funding, and your role should meet NERC individual eligibility rules.

Eligible

• UK-based research groups and individuals at NERC-eligible organisations.
• Any career stage is broadly welcomed, provided individual eligibility is satisfied.
• Teams are encouraged to be collaborative, especially when integrating multidisciplinary expertise.

Limited by structure and process

• Teams can be involved in no more than two applications for this opportunity, and only one can be submitted as project lead.
• The page indicates the programme supports up to 24 months, but this does not mean shorter projects are automatically stronger—shortness helps only if milestones are realistic.
• You must be able to evidence readiness: the page states the need to have submitted or pre-submitted a drilling expedition proposal to IODP3 via Gateway (for direct relevance).

Eligibility interpretation that matters in practice

This is one of the most commonly misunderstood points: you generally need to be within NERC remit and have a UK-anchored, institutionally supported application path. In other words, scientific quality alone is insufficient if your host is not eligible or cannot support UKRI processes.

Another hidden gate is collaboration structure. The call strongly suggests you can involve many partners, including business and in-kind contributors, but the financial and administrative interpretation is strict:

• NERC partner costs and in-kind contributions are okay only in permitted forms.
• Core project costs remain tightly bounded by the FEC ceilings and the no-PhD-studentship rule.

Budget mechanics, what will and will not be funded

The most useful financial line for planning is:

• NERC funds 80% of full economic cost (FEC)
• Total fund: £800,000
• Award range: £10,000 to £500,000
• Mode limits: up to £500,000 FEC for ship-borne, up to £187,500 for virtual

Use this distinction early. A lot of teams under-budget or over-promise. If your plan is ship-intensive, budget your vessel time, navigation, processing, and data products explicitly under the FEC framework. If you are virtual, your budget should prioritise high-quality data processing, specialist interpretation support, and quality-control infrastructure.

Allowed support categories (as described)

• Facilities costs
• Cruise costs
• Appropriate ancillary costs within mode-specific limits

Explicitly non-fundable

• PhD studentship costs are not eligible.
• Equipment requests of £25,000 or more are not allowed directly; equipment below that threshold must be budgeted in suitable consumable categories.

This creates an operational design principle: do not submit a technology-heavy equipment procurement plan. If your concept relies on major new kit, either re-scope to use existing instrument access or place purchases under other partner mechanisms where possible.

Why this funding cap structure exists

The call supports feasibility, not full programme spend. Reviewers are expecting a focused technical package that improves proposal strength, not a broad capital program. Teams should therefore avoid broad “one-off” budgets and instead justify every cost as evidence-producing activity directly linked to IODP site feasibility.

Practical application strategy on the UKRI Funding Service

This opportunity runs through the UKRI Funding Service (not Je-S). That means your internal administration timing is part of application quality.

A strong workflow looks like:

1. Pre-check host eligibility immediately

   • Confirm your organisation is eligible for NERC funding.
   • Confirm your role meets role-level eligibility.

2. Lock the route type (ship-borne vs virtual) before writing

   • This changes your cost assumptions and data plan.
   • It also affects whether your timeline includes vessel logistics.

3. Map all required preconditions

   • Demonstrate you have submitted or at least completed proposal/pre-proposal path to IODP3 Gateway.
   • Show clear alignment between site-target science and strategic IODP objectives.

4. Set internal milestones backward from 14 July 2026, 4:00 pm UK time

   • At least two full review runs by your team.
   • Two months before deadline: finalize facility discussions and confirm technical assessments.
   • Five working days before: research office internal checks.

5. Use the Funding Service account process strategically

   • Register or confirm account early.
   • If your institution is not on the system, contact support early and add admin account early enough to avoid administrative lock.

6. Prepare all technical assessment dependencies early

   • For any facility or service, request and complete technical assessments in advance.
   • Do not upload these as part of your submission, but include evidence that they were obtained.

7. Build review-oriented outputs

   • Keep the 550-word summary concise but concrete.
   • Remove marketing language; use explicit scientific and operational statements.

A recurring bottleneck with marine applications is vessel access timing. The page is explicit: discuss facilities with service providers at least two months before the closing date. If you can show that your team has confirmed feasibility windows, your proposal’s confidence gains immediately.

Required materials and strong preparation checklist

Core materials

• Clear project description tied to one or more candidate drilling sites.
• Evidence of submitted expedition pathway through IODP3 Gateway.
• Budget split showing ship-borne or virtual pathways and costs within mode caps.
• Statement of team roles and responsibilities (project lead, project co-lead, research and innovation associates, etc.).
• Data plan for open-access policy compliance.

Required facility and service preparations

• If using NERC marine facilities: SME/ADF application workflow completed and approved.
• If using non-NERC facilities: include costs and access assumptions transparently.
• HPC use plan with fallback for national infrastructure changes where needed.

Data, integrity, and TR&I expectations

The call explicitly ties to UKRI Trust and Research Integrity principles. Practically, this means your application should already include:

• data management and sharing commitments,
• responsible research and environmental minimisation commitments,
• collaboration governance for international contributors,
• and any export-control, security, or partnership-risk considerations relevant to field operations.

Submission mechanics that get flagged by teams too late

• No post-submission edits: once submitted, applications are locked.
• Institutional sign-off is mandatory in realistic workflows, usually through a research office.
• Language and evidence quality matter as much as novelty. Keep claims tied to measurable outputs.

Review quality: what strong teams should include

Reviewers for this type of call generally score proposals on feasibility and contribution quality. A technically weak, high-ambition concept with poor operational detail usually loses against a narrower concept with clear logistics.

A strong structure should include:

• Scientific rationale: why this site and this method now.
• Operational realism: vessel logistics, data chain, permitting context, and practical limitations.
• Method choice justification: why virtual or ship-borne mode matches uncertainty and budget.
• Cost realism: every high-cost item linked to deliverable and review outcome.
• Partnership logic: how each collaborator contributes uniquely.

For multidisciplinary teams, include a one-page workflow map that links each workstream to a deliverable required by the IODP proposal stage. This helps reviewers judge readiness instead of potential.

Key risks and common mistakes

1. Treating this as a full research grant

   • It is preparatory by design. Oversized plans get downgraded unless tightly linked to expedition readiness.

2. Ignoring vessel-access dependencies

   • Facility and service timing is a known scoring and feasibility issue. If vessel feasibility and technical assessment are vague, reviewers see implementation risk.

3. Budgeting disallowed categories

   • PhD studentships and high-value equipment purchases are explicit exclusions.

4. Not meeting internal dates

   • UKRI deadlines are hard. Internal institutional windows are often sooner and are the more common reason for late submission.

5. Submitting generic diversity or impact text

   • This may still be valued, but technical sections still dominate. Avoid replacing measurable outcomes with generic aspiration statements.

6. Insufficient Gateway alignment

   • If your team cannot show a clear pre-proposal or proposal pathway in the IODP3 system, the narrative becomes harder to trust.

7. Assuming unlimited flexibility with FEC funding

   • Mode-specific and item-specific boundaries are strict. Overrun risk is a major rejection source in technical funds where budgets are small and evidence-focused.

Timeline planning example (using the current 2026 close)

A realistic calendar for teams targeting the 14 July 2026 deadline:

• May–June 2026: confirm host organisation eligibility and project lead status in UKRI Funding Service.
• May 2026: secure facility discussions and technical assessments for planned vessel/facility/HPC use.
• June 2026 (first half): finalise technical methods and costed workplan.
• June 2026 (second half): produce full draft and get research office comments.
• Late June to early July: dry-run submission and second QA pass by senior investigator.
• By 14 July 2026: submit final application before funding service deadline.

This pacing is realistic for cross-institution teams and reduces panic around the review lock.

FAQ

Is this suitable for a team that has not previously submitted an IODP3 proposal?

The official wording requires that your application should support scientific applications submitted through IODP3. The safer interpretation is that your team should demonstrate realistic readiness for that ecosystem, including alignment with existing pre-proposal mechanics.

Can private companies participate?

Yes, the page supports partnership flexibility, but cost and eligibility handling must reflect each organisation role and the funding rules around what can be charged. Keep non-UK partners and project partners clearly scoped.

How many applications can one person participate in?

The page says no more than two applications per person to this funding opportunity, with only one as project lead. This is stricter than many generic UK schemes.

Can non-UK teams win UK funding?

UKRI funding remains UK-host centered. The host and lead governance must remain UK-aligned through eligible organisations and UKRI systems. International collaborators can be integrated but the core funding mechanism remains UK-driven.

Is this still relevant for a 2027 cycle?

The current page is the active version for this round with a 2026 close date. If your team uses this successfully or misses it, monitor UKRI for the next open survey call or refresh page updates for any 2027 cycle wording.

Official links

• Official opportunity page: https://www.ukri.org/opportunity/uk-international-ocean-drilling-programme-site-survey/
• UKRI Funding Service (submission flow): https://funding-service.ukri.org/
• NERC Research Grants and Fellowships Handbook (linked from the opportunity page)
• NERC facilities that may require technical assessment (linked from the opportunity page)

Why teams choose this now

For teams already competing for expedition science, this is one of the few direct UK instruments that funds the practical steps that actually move a proposal from abstract idea to executable field concept. The call has clear limits, but those limits are also a strength: they force teams to produce clean, testable, reviewable preparation work. If your institution can support UKRI administration and you can show a real pre-proposal trajectory with concrete survey outputs, this is an unusually direct way to de-risk an expensive drilling strategy.

If you want maximum utility from this opportunity, keep scope disciplined: select one primary scientific objective, map the minimum required site survey work, build a defensible budget, and submit with technical clarity. The strongest proposals here are not the loudest—they are the ones that prove to reviewers that they can convert a strategic science idea into a real drill-ready site package in a bounded funding window.