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This spice MELANGE is said to only be produced in the desert planet of Arrakis, where the FREMEN people have the prophecy of a man who will lead them to true freedom.

A secret report of the space GUILD talks about some circumstances and plans that could jeopardize the production of SPICE with four planets involved: ARRAKIS, CALADAN, GIEDI PRIME and KAITAIN, a world at least visually very alike to Earth and house of the Emperor of the known Universe.

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The values proposed for near field applications are 359 a nd 413 mm y, for present-day and subtropical climates respectively.

FANC concerns related to future climate conditions and sections of the present report addressing these remarks.

Schematic overview of lithostratigraphic and hydrostratigraphic layers overlying the Boom Clay layer in the MolDessel region 16.

Analogue stations grouped according to the Kppen-Trewartha classification system.

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It was reviewed by Elise Vermarin ( ONDRAF NIRAS ), Wim Cool ( ONDRAF NIRAS ), Roger Wilmot ( GSL ) and Patrick Willems ( KUL ).

The present report may be quoted provided acknowledgement of the source.

It is made available on the basis that it will not be used for commercial purposes.

All commercial uses, including copying and re-publica tion, require prior written authorisation of ONDRAF NIRAS.

It describes po ssible future clim ate evolutions an d their conseque nces on near field, geosphere and biosphere behaviour.

Based on a literature review and discussions with climate experts, estimations of fut ure climate changes are summari zed for t he near future (up to AD 2100), the long (within the n ext 10 000 years) and the very long term (10 000 to 200 000 years).

The climate evolutions retained in this study consist of an expect ed (reference) evolution and two alternative cases, described by sequences of climate states.

In t he expected evolution s cenario, a subtropical clim ate with winter rain prevails for the majority of the assessment time frame that is most relevant for quantitative assessment.

Two extreme cases outside the expected evolutio n scenarios are also defined.

One assumes a marine i nundation of t he site within t he next 10 000 years unde r warmer climate.

T he other extreme event consists of an early glaciation (after 53 000 years).

Elaborating on international experience, a tiered approach to assess climate evolution effects was adop ted by ONDRAF NIRAS.

All assessments in the frame of t he licence application are based on the Tier 1 app roach.

Tiers 2 and 3 are e xpected to be developed i n the fram e of the application f or Confirm ation of A1 sche duled for 2 015.

Tier 1 uses meteorol ogical data fr om instrumental analogue stations taking account of local co nditions.

Criteria (elevation, maritime influence, etc.) are defined for the sel ection of clim atic analogue stations.

Impacts of climate change on the bios phere, the geosphere and the near field are addressed for warmer and colder clim ate states.

For near field applications, m ete orolo gical data from climati c analogues are t aken as atmospheri c input of a o ne-dimensional numerical wate r balance m odel, on a soil profile representative o f the soil layer of the earth cover.

Results with clim atic data from Gijo n, Spain (co nsidered t he most appro priate analogue st ation giv en its resem blance in temperature and precipitation characteristics with pr ojected clim ate evolutio n in the near future at Dessel) indicate that infiltra tion towards the m odules of the facility is expected to increase under a subtropical climate compared to present-d ay Dessel conditions.