Distribution of mineral resources in India and Pakistan. Al. Bauxite Ap. Apatite Au. Gold B. Barytes Ch. Chromite Cu. Copper Fe. Iron G. Gypsum L. Lignite M. Mica Mg. Magnesite Mn. Manganese O. Oil Pb. Lead RA. Refractories and Abrasives S. Salt (in parentheses: by evaporation). V. Vanadium Z. Zinc Italics indicate unexploited reserves; size of letters roughly proportionate to importance. 'Atomic sands' are thoria-bearing ilmenite and monozite. O.H.K. Spate. India and Pakistan. A General and Regional Geography. London. Methuen & Co. 1960.


Order number: PP MS 19, 2 x 2 Slide Collection
Date(s) of creation: mid 20th century
Level: Item
Format: Archive           

collection SOAS Archive
id PP_MS_19.08.03.27
recordtype archive
scb_item_location Archive & Special Collections
item_location Archive & Special Collections
scb_loan_type Reference only
scb_order_with PP MS 19, 2 x 2 Slide Collection
callnumber PP MS 19/08/03/27
callnumber_txt PP MS 19/08/03/27
callnumber-sort PP MS 19/08/03/27
scb_alt_ref_no PP MS 19, 2 x 2 Slide Collection, Slide 27
prefix_number 27
title Distribution of mineral resources in India and Pakistan. Al. Bauxite Ap. Apatite Au. Gold B. Barytes Ch. Chromite Cu. Copper Fe. Iron G. Gypsum L. Lignite M. Mica Mg. Magnesite Mn. Manganese O. Oil Pb. Lead RA. Refractories and Abrasives S. Salt (in parentheses: by evaporation). V. Vanadium Z. Zinc Italics indicate unexploited reserves; size of letters roughly proportionate to importance. 'Atomic sands' are thoria-bearing ilmenite and monozite. O.H.K. Spate. India and Pakistan. A General and Regional Geography. London. Methuen & Co. 1960.
scb_date_creation mid 20th century
scb_level Item
level_sort 8/Collection/Sub-Collection/Sub-Sub-Collection/Sub-Sub-Sub-Collection/Series/Sub-Series/Sub-Sub-Series/File/Item
scb_extent 1 slide (35mm)
format Archive
scb_access_status Open
scb_conditions_gov_access No slide projector is available. Slide can be viewed using a light box and magnifying glass only
language English
language_search English
hierarchy_top_id_raw PP MS 19
hierarchy_sequence PP_MS_19.0008.0003.0027