Report Summary 3

Accomplishments 3

1997/98 Final Activity Report 4

Purpose A 4

Purpose B 10

Purpose C 12

Purpose D 13

Project Management 25

Tables

Equipment Procured April 1, 1997 to March 31, 1998 28

Multiyear project financial profile (reprofiled to 2001) 29

Annexes

Annex A: MAP Summary Report for 1997/98 - Sorted by Country and Sub-Unit

• -Argentina
• -Bolivia
• -Canada
• -Chile
• -Multi
• -Peru
• -Report Totals

Annex B Itemized Expenditure Report

Annex C Fieldlog short course in Argentina, Bolivia, Chile, and Peru (Mr. Boyan Brodaric and Mr. Otto Krauth)

Annex D: Volcanological Field work in Argentina (Drs. Hickson and Edwards)

Annex E: Magix software short course planning for Chile (Dr. Dennis Teskey)

Annex F: Hydrogeological fieldwork (Drs. Aravena and Rudolf)

Annex G: Parksville Executive Council Meeting Signed Minutes

Annex H: Austral Puna Airborne survey progress report (Dr. Dennis Teskey)

Annex I: Rock Sample Report

Annex J: MAP WEB Page statistical report (Mr. Otto Krauth)

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This document reports on the activities that took place during the fourth quarter of the 1997/98 fiscal year (January 1-March 31, 1998) and gives a summary of the work plans for 1998/99 (Part 2) fiscal year for the Multinational Andean Project (MAP). A revised budget forecast ending December 31, 2001 is also presented as well as the minutes of the biannual Executive Council meetings held on Vancouver Island, B.C. in conjunction with the Society of Economic Geologists (SEG) Cordilleran Roundup in Vancouver. The April 1, 1998 to March 31, 1999 work plans for each of the participating countries appear in Annex H.

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• From January 26-February 4 the Executive Council Meetings for MAP took place in Vancouver in concert with the joint SEG-Cordilleran Roundup (Pathways '98) conference. The related activities included a visit to the Myra Falls mine on Vancouver Island and the University of British Columbia. It was decided at these meetings to request the duration of the project be extended for one year and the remaining funds from CIDA reprofiled over the remainder of the project. The next Executive Council Meetings will take place in Buenos Aires in November 1998 during the 10^th Congreso Latinoamericano de Geolog?a (November 8-13, 1998).
• In February/March Dr.'s Hickson and Edwards of the GSC Vancouver visited Argentina to conduct volcanological fieldwork (see report in Annex C).
• In March Dr. Dennis Teskey visited Chile to set up a short course in for the Magix geophysical software package (see Report Annex D).
• In February and March Mr. Boyan Brodaric of the GSC and Mr. Otto Krauth of Rodus International visited Argentina, Peru, and Chile to give a short course on the use of the Apple Newton and FieldLog software (developed by Mr. Brodaric). Mr. Brodaric visited Bolivia to give the course there as well (see report in Annex B).
• FieldLog tutorial was translated into Spanish.
• The Austral Puna Airborne Survey in Argentina commenced in February after having a safety audit conducted on the aircraft in January. Due to unusually poor weather conditions brought on by the "El Ni" phenomenon, SIAL was unable to reach the projected goals. The remainder of this activity will therefore be carried over to the 1998/99 fiscal year (see report Annex I).
• Final lots of samples (to be processed in 1997/98 fiscal year) were received at GSC Vancouver and were sent for analysis.
• All equipment due to be purchased during the 1997/98 fiscal year was procured (except for laboratory equipment for Peru which was purchased by INGEMMET) (see Equipment list on page 32).
• The MAP Web Page has received 7200 (?) visits since its' inception in December (see Web Statistics Annex G).
• All member countries returned to Ms. Claire Despins completed questionnaires on pre- and post-training, pre- and post-joint work activities.
• Dr.'s Aravena and Rudolf completed hydrogeological field work in Chile (see Annex E).
• The MAP Inception Report was translated to Spanish by Ms. Rocio Lopez, and signed by each of the member countries (see Annex I).
  
  

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As set out in the Logical Framework presented in Report #1, the project focuses on four purposes (given as A, B, C and D). These are given below and the activities planned to fulfil each of the purposes outlined. Activities started in the 1996/97 fiscal year are denoted as A.96 and, those started in fiscal year 1997/98 are prefixed by "97". Activities are further indicated by country using a letter: Argentina "A", Bolivia "B", Chile "C", Peru "P" and activities on behalf of all countries by an "M". Activities are numbered consecutively from the year of initiation.

• Indicates initial work on the activity
• Indicates work completed on Activity in first quarter (April 1-June 31, 1997) or action required in the second quarter.
• Indicates work completed on Activity in the second quarter (July 1-September 30, 1997) or action items for the third quarter.
• Indicates work completed on Activity in third quarter (October 1-December 31, 1997) or action items for the fourth quarter.
• Indicates the status of the activity at the conclusion of the 1997/98 fiscal year.
  
  

Purpose A

The budget change of Purpose A between the second and third quarters is largely due to the training on FieldLog software and procurement of Newtons for each of the four member countries.

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Details by Activities

This activity will enhance the ability of SEGEMAR for using satellite image (remote sensing) analysis to map geologic structure and zones of alteration. The activity will build on the expertise gained in 1996/97 using ER Mapper followed up with field work. In this fiscal year activities will include training under the GLOBESar II project on PCI software, using images acquired under MAP. This is training that is also being made available to the Bolivians and Peruvians. In this fiscal year emphasis will be placed on database structures and training in "FieldLog" to a help standardize data acquisition within each country and between the countries. Initially emphasis will be placed on using FieldLog to standardize data input. FieldLog will assist the Argentineans in digital capture of data while in the field and assist in producing maps using CAD software. This work will facilitate the rapid output of field maps upon completion of field work. These products are similar to those used to produce maps and reports within one month of field work and published in the GSC's Current Research series.

First Quarter Action Items:

• Schedule FieldLog discussions and possible visit to Argentina to emphasize data structure and standardization before formal training of geologists takes place. Possible date - June.
• Acquire Newton "Palmtops" and cable linked GPS units.
• Check needs for GPS software such as MapInfo/Vertical Mapper.

Second Quarter Action Items:

• Course delayed until more information acquired upon which to base database structure.
• Obtained quotation on Newtons.

Third Quarter Action Items:

• After delaying implementation of training on FieldLog due to scheduling problems resulting from other commitments of Mr. Boyan Brodaric and the field work of several countries, the training will proceed on a country by country basis as Brodaric is available and the countries are ready to implement the data structure required for using FieldLog. Contact Brodaric and arrange possible dates for training in late February.
• Argentina will send Australian database structure to Brodaric to determine if it can be used as the base FieldLog. Contact Brodaric and arrange possible dates for training in late February.
• Order 4 Newtons and GPS units to be available in time for the short course
• Run short course (3 days) sometime in the first two weeks of February so the geologists can use the Newtons in their field work in March.
• Begin translation of FieldLog menus into Spanish.

Fourth Quarter Action Items:

• FieldLog menus have been translated into Spanish and Snow Lake database field descriptions are also being translated to Spanish.
• Newtons, GPS's, and software have been ordered.
• Plans are being made for Brodaric to travel to Argentina February 16-20, 1998. It will be decided if a translator will be travelling with him.

Activity Conclusion:

• Activity concluded successfully: FieldLog was translated to Spanish as was the tutorial section of the user's manual.
• All Newtons and GPS's arrived at GSC Vancouver in January.
• The Spanish version of Field Worker Software was installed on the Newtons.
• Mr. Brodaric and Mr. Otto Krauth (as translator) travelled to Argentina and gave the course from February 23 to 27, 1998 (see Annex B)
• Newtons and GPS's were donated to Argentina and used for the short course.

This activity will enhance the ability of SEGEMAR in the interpretation of complex structure, volcanic stratigraphy and alteration. The in-field training done by Drs. Evenchick and Panteleyev in 1996/97 will be followed-up by field work done in this fiscal year by Panteleyev and a volcanological specialist. As a prelude to the field work focusing on volcanic stratigraphy a short course in geochemistry, stratigraphy, and petrology will be given at the University of British Columbia, June 9-22. This activity is closely linked to activity A.1 that will assist the Argentinean's in learning various aspects of digital capture of data in the field.

First Quarter Action Items:

• Identify volcanologist to do field work in November.
• Write contract for Panteleyev and coordinate and arrange field work.
• Identify participants for Volcanology Field course.

Second Quarter Action Items:

• Short course in Vancouver postponed until further notice.
• Contract for Panteleyev being discussed - Waiting for dates of trip to be indicated by Argentinean survey.

Third Quarter Action Items:

• Delay in volcanology short course due to scheduling and funding problems of the participating countries cannot be resolved in this fiscal year. A questionnaire to better define the background of the individuals who will be participating was sent out at the end of the second quarter Based on these findings, the course will be reviewed and rescheduled. Course to be offered individually to each country in the new fiscal year and selected students sent to Canada for follow-up course.
• Panteleyev to work in the field with Hector Lopez from November 10-December 15. The field work will be in the San Francisco sheet area and focus of the study will be epithermal mineral occurrences.
• Planning underway for volcanological field work in the fourth quarter (February 15-March 15). Hickson most likely to do work.

Fourth Quarter Action Items:

• Contract for Dr. A. Panteleyev complete. Work report appended (see Annex D).
• Planning in progress for volcanological field work. Dr. C.J. Hickson (February 15-March 15) and Dr. B. Edwards (February 15-March 1).
• Volcanology questionnaire has not been forwarded to GSC Vancouver for assessment

Activity Conclusion:

• Dr.'s Hickson and Edwards completed field work (February 23 to March 11) (see Report Annex C)
• Two (+) volcanology questionnaires have been returned.

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The Bolivians are commencing work on the Western Cordillera (Cordillera Occidental). This is a region of highly prospective mineralization that is as yet poorly understood and studied. This initial work will assist the Bolivians in upgrading their field skills in regional mapping in volcanic terrain. Dr. Glenn Woodsworth will be assisting the Bolivians in beginning the task of addressing the tectonic and metallogenic significance of volcanism in the Cordillera Occidental. This field work will be followed by a short course in volcanic stratigraphy, geochemistry and petrology at the University of British Columbia, June 9-22.

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First Quarter Action Items:

• Arrange for field work of Woodsworth - delayed from original April date.
• Order books as requested.
• Identify participants for Volcanology Field course.

Second Quarter Action Items:

• Woodsworth visited SERGEOMIN offices and worked in the field with Bolivian geologists in May.
• Books have been ordered.
• Short course in Vancouver postponed until further notice.

Third Quarter Action Items:

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• Delay in volcanology short course due to scheduling and funding problems of the participating countries cannot be resolved in this fiscal year. A questionnaire to better define the background of the individuals who will be participating was sent out at the end of the second quarter. Based on these findings, the course will be reviewed and rescheduled, most likely as separate courses tailored for each country.
• No further assistance needed for this activity in this fiscal year. Field work and field trips already planned totally commit SERGEOMIN staff in this fiscal year.

Fourth Quarter Action Items:

• Questionnaire has not been forwarded to GSC Vancouver for assessment.

Activity Conclusion:

• Six volcanology questionnaires have been returned.
• Activity complete.

This activity will enhance the ability of SERGEOMIN to capture digital data in the field and standardize their data. In this fiscal year emphasis will be placed on database structures and training in FieldLog to help standardize data acquisition within each country and between the countries. FieldLog will assist the Bolivians in digital capture of data while in the field and assist in producing maps using an AutoCAD like or compatible programs (MapInfo/Vertical Mapper). This work will facilitate the rapid output of field maps upon completion of field work. These products are the same or similar to those used to produce maps and reports within one month of field work and published in the GSC's Current Research series.

First Quarter Action Items:

• Schedule FieldLog discussions and possible visit to Bolivia to emphasize data structure and standardization before formal training of geologists takes place. Possible date - June.
• Acquire MapGuide/Vertical Mapper.
• Acquire Newton "Palmtops" and cable linked GPS units.

Second Quarter Action Items:

• Course delayed until more information acquired upon which to base database structure.
• Obtained quote for Newtons

Third Quarter Action Items:

• After delaying implementation of training on FieldLog due to scheduling problems resulting from other commitments of Mr. Boyan Brodaric and the field work of several countries, the training will proceed on a country by country basis as Brodaric is available and the country ready to implement the data structure required for using FieldLog.
• Bolivia will send a paper-based data structure to Brodaric to review.
• Contact Brodaric and arrange possible dates for training course in March to set up data structure and teach short course (3 days) so the geologists can use the Newtons during their field work in March.
• Order 4 Newtons and check on need for GPS units. Items to be available in time for the short course
• Begin translation of FieldLog menus into Spanish.

Fourth Quarter action items:

• FieldLog menus have been translated into Spanish and Snow Lake database field descriptions are also being translated to Spanish.
• Newtons, GPS's, and software have been ordered.
• Plans are being made for Brodaric to travel to Bolivia March 9-13, 1998. It will be decided if a translator will be travelling with him.

Activity Conclusion:

• Activity concluded successfully: FieldLog was translated to Spanish as was the tutorial section of the user's manual.
• All Newtons and GPS's arrived at GSC Vancouver in January.
• The Spanish version of Field Worker Software was installed on the Newtons.
• Mr. Brodaric travelled to Bolivia and gave the course from March 2 to 6, 1998 (see Annex B)
• Newtons and GPS's were donated to Bolivia however arrived too late for short course.

This activity will enhance the ability of SERNAGEOMIN to capture digital data in the field and standardize their data. In this fiscal year emphasis will be placed on database structures and training in FieldLog to help standardize data acquisition within each country and between the countries. FieldLog will assist the Chileans in digital capture of data while in the field and assist in producing maps using CAD software (MapInfo/Vertical Mapper). This work will facilitate the rapid output of field maps upon completion of field work. These products are the same or similar to those used to produce maps and reports within one month of field work and published in the GSC's Current Research series.

First Quarter Action Items:

• Schedule FieldLog discussions and possible visit to Chile to emphasize data structure and standardization before formal training of geologists takes place. Possible date - June.
• Acquire MapInfo/Vertical Mapper.
• Acquire Newton "Palmtops" and cable linked GPS units.

Second Quarter Action Items:

• FieldLog course delayed until more information acquired upon which to base database structure.
• 2 copies of MapInfo acquired and sent (PC version only).
• Obtained quote for Newtons.

Third Quarter Action Items:

• After delaying implementation of training on FieldLog due to scheduling problems resulting from other commitments of Mr. Boyan Brodaric and the field work of several countries, the training will proceed on a country by country basis as Brodaric is available and the country ready to implement the data structure required for using FieldLog. Contact Brodaric and arrange possible dates for training in late February.
• Order 4 Newtons and GPS units to be available in time for the short course
• Begin translation of FieldLog menus into Spanish.
• Order two more copies PC version of MapInfo/Vertical Mapper and one MAC version.

Fourth Quarter action items:

• FieldLog menus have been translated into Spanish and Snow Lake database field descriptions are also being translated to Spanish.
• Newtons, GPS's, and software have been ordered.
• Plans are being made for Brodaric to travel to Chile February 23-27, 1998. It will be decided if a translator will be travelling with him.

Activity Conclusion:

• Activity concluded successfully: FieldLog was translated to Spanish as was the tutorial section of the user's manual
• All Newtons and GPS's arrived at GSC Vancouver in January
• The Spanish version of Field Worker Software was installed on the Newtons
• Mr. Brodaric and Mr. Otto Krauth (as translator) travelled to Chile and gave the course from March 23 to 27, 1998 (see Annex B)
• Newtons were donated to Chile and used for the short course.
  
  

Uplift of the Andean Mountains is a significant event, not only in terms of the impact on physiography but also from the view point of mineralization and denudation. The structures on which uplift occurs may also be the loci of ore forming fluids, serving to focus deposits as has been found in southern Chile. The erosion of the mountain belts is significant in revealing mineral resources that would otherwise be too deeply buried to extract profitably. By determining uplift rates, locus of uplift (faults), and separating blocks that may have been uplifted as a unit, mineral exploration can be more carefully focused to those areas which are most favourable in terms of denudation and appropriate structures.

First Quarter Action Items:

• Arrange for field collection trip of Dr. Currie, December, 1997.

Third Quarter Action Items:

• Set date for field work and arrange with Lisel Currie and Chileans geologists.
• Set up accounting with GSC Calgary, arrange foreign travel forms.

Fourth Quarter Action Items:

• Dr. Lisel Currie completed field work with SERNAGEOMIN (see Annex C).
• Accounting set up with GSC Calgary.

Activity Conclusion:

• Twenty-five to thirty samples were collected to be processed in 1998/99 fiscal year.
  
  

A short course in volcanic stratigraphy, geochemistry and petrology will be given at the University of British Columbia, June 9-22. Participation in this course will enhance the volcanological expertise of junior staff members of SERNAGEOMIN.

First Quarter Action Items:

• Identify participants for Volcanology short course.

Second Quarter Action Items:

• Short course postponed until further notice as this course is not at a high enough level for participation of Chilean geologists.

Third Quarter Action Items:

• A questionnaire to better define the background of the individuals who will be participating was sent out at the end of the second quarter. Based on these findings, a more specific course will be reviewed and rescheduled.

Fourth Quarter Action Items:

• Questionnaire has not been forwarded to GSC Vancouver for assessment.
  
  

Accurate and systematic geological mapping requires experience and ability to be able to unravel the stratigraphy in structurally complex and sometimes poorly exposed regions. Additionally the production of high quality regional maps requires accurate data (radiometric and fossil dating) for stratigraphic analyses and interpretation. Under this activity the one week visit of Dr. Steve Gordey in March, 1997 will be built upon by working in the field with Peruvian geologists. By participating in the field studies, Dr. Gordey will be better able to:

1. Assess the maps produced to date and evaluate the types of expertise needed for the future.

2. Discuss the needs for Palaeontologic investigations and input into map products.

3. Evaluate the requirements for radiometric control for mapping and input into future mapping and interpretations.

4. Make recommendations for future field work and assist in the focussing of future field work in areas where maximum understanding of structure can be gained.

This work will assist INGEMMET in producing better maps that will assist the exploration community in focussing their exploration targets.

First Quarter Action Items:

• Arrange for May field work of Dr. Gordey.

Second Quarter Action Items:

• Dr. Gordey visited INGEMMET and worked in the field with Peruvian geologists in May.

Third Quarter Action Items:

• No further work in this area this year. Gordey to continue to communicate and assist Peruvians as needed/requested.
  
  

This activity will enhance the ability of INGEMMET to capture digital data in the field and standardize their data. In this fiscal year emphasis will be placed on database structures and training in FieldLog to a help standardize data acquisition within each country and between the countries. FieldLog will assist the Peruvian's in digital capture of data while in the field and assist in producing maps using CAD saoftware (MapInfo/Vertical Mapper). This work will facilitate the rapid output of field maps upon completion of field work. These products are the same or similar to those used to produce maps and reports within one month of field work and published in the GSC's Current Research series.

First Quarter Action Items:

• Schedule FieldLog discussions and possible visit to Peru to emphasize data structure and standardization before formal training of geologists takes place. Possible date - June.
• Acquire MapGuide/Vertical Mapper and assess software "Oasis".
• Acquire Newton "Palmtops" and cable links for previously acquired GPS units.

Second Quarter Action Items:

• FieldLog course delayed until more information acquired upon which to base database structure.
• Obtained quote for Newtons.

Third Quarter Action Items:

• After delaying implementation of training on FieldLog due to scheduling problems resulting from other commitments of Mr. Boyan Brodaric and the field work of several countries, the training will proceed on a country by country basis as Brodaric is available and the country ready to implement the data structure required for using FieldLog. Contact Brodaric and arrange possible dates for training in late February.
• Order 4 Newtons and GPS units to be available in time for the short course
• Begin translation of FieldLog menus into Spanish.

Fourth Quarter action items:

• FieldLog menus have been translated into Spanish and Snow Lake database field descriptions are also being translated to Spanish.
• Newtons, GPS's, and software have been ordered.
• Plans are being made for Brodaric to travel to Peru March 2-6. It will be decided if a translator will be travelling with him.

Activity Conclusion:

• Activity concluded successfully: FieldLog was translated to Spanish as was the tutorial section of the user's manual.
• All Newtons and GPS's arrived at GSC Vancouver in January.
• The Spanish version of Field Worker Software was installed on the Newtons.
• Mr. Brodaric and Mr. Otto Krauth (as translator) travelled to Peru and gave the course from February 23 to 27, 1998 (see Annex B)
• Newtons were donated to Peru and used for the short course.

A short course in volcanic stratigraphy, geochemistry and petrology will be given at the University of British Columbia, June 9-22. Participation in this course will enhance the volcanological expertise of staff members of INGEMMET and result in better, more complete understanding of volcanic strata that will result in higher quality map interpretations.

First Quarter Action Items:

• Identify participants for Volcanology short course.

Second Quarter Action Items:

• Short course postponed until further notice

Third Quarter Action Items:

• Delay in volcanology short course due to scheduling and funding problems of the participating countries cannot be resolved in this fiscal year. A questionnaire to better define the background of the individuals who will be participating was sent out at the end of the second quarter. Based on these findings, the course will be reviewed and rescheduled.

Fourth Quarter Action Items:

• Volcanology questionnaire has not been forwarded to Vancouver for assessment.

Activity Conclusion:

• Course not given.
  
  

Purpose B

This activity will bring all the countries together to discuss problems of mutual concern. The joint SEG/Roundup meeting will provide an unparalleled opportunity for the countries to advertise the project and make contact with the international mining and exploration community. This community is especially interested in any metallogenic compilations or interpretations which may result from this project.

Third Quarter Action Items:

• Participants will be invited to attend SEG/Roundup at which MAP will have booth to display the products of the countries (January 27-30). A list of participants to be registered must be received by December 1. Executive Council meeting on the weekend (January 31-February 1) followed by a three day field trip (February 2-4).
• Send SEG meeting information, WEB page address.
• Determine information to be sent by each country to be displayed in the booth.

Fourth Quarter Action Items:

• Booth space rented. Preparations underway for information pamphlets. Countries to bring publications for display at booth. Waiting for final numbers of participants from each country. Executive Council Meeting to be held at Tigh Na Mara Lodge, Parksville, Vancouver Island (January 31, February 1). Field trip to Myra Falls Mine on February 2.

Activity Conclusion:

• Members of the Executive Council of each member country arrived in Vancouver to attend the Pathways 98 / SEG Cordilleran Roundup conference and the Biannual Executive Council Meetings of MAP.
• At the MAP booth each country displayed information on their Geological Survey and their participation in MAP.
• MAP information pamphlets were distributed to interested parties from the private and the public sector.
• The MAP Executive Council Meetings took place at the Tigh Na Mara Lodge in Parkesville (see signed Minutes Annex F).
  
  

Metallogenic aspects of the project and production of products such as maps are the prime concern of the target client group - the mineral exploration community. These products and the project must continue to be reviewed to ensure that needs of this community are met in order to fulfill the project objects.

Metallogenic aspects of the project are the prime concern of the target client group - the mineral exploration community. This field trip will bring project geologists from each of the participating countries together to investigate known mineral deposits. By studying deposits of known type, in well understood geological settings, enhanced understanding of ore forming processes will be gained. The lessons learned at these deposits can be used to better understand similar deposits within the project areas. This work can greatly enhance the ability of the geologists to put similar deposits in their own field areas into regional context assisting in enhancing the overall understanding of the spatial and temporal position of ore deposits.

First Quarter Action Items:

• Work with Dr. Al Sangster to begin preparation for the field trip
• Address issue of costing of trip.

Second Quarter Action Items:

• Preparation work begun with Dr. Sangster
• Costing issue being dealt with between GSC and CIDA

Third Quarter Action Items:

• Field trip organized and participants identified. The trip will run from October 27 to November 8 and visit mines and mineral deposits in Peru and Chile. By special permission of CIDA, MAP will cover the cost of ground transportation for all participants and the expenses of the three Canadians accompanying the trip (Dr. A. Sangster - mineral deposits expert, Dr. A. Pantelevey - mineral deposits expert, and Mr. M. Ellerbeck - logistics).

Fourth Quarter Action Items:

• Field Trip completed as planned (see Annex B)
• Planning for Phase II to start (Tentative date for field trip - November 1998).
  
  

Purpose C

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Purpose C is to enhance the institutional relationships of the National Geoscience Institutes with the Private Sector. During this year this will be facilitated by sending out a short New Release, giving details of the Multinational Andean Project to a select list of private sector companies. The Project Administrator will work with the Project Leaders in each of the countries to obtain a list of appropriate companies to which the news release will be sent. In order to help the countries understand Canadian practices in terms of our relationship with the private sector we will translate and make available to them copies of the terms of reference for the "Ministers National Industrial Advisory Committee" (MNIAC), the Pacific Division's "Co-Op Committee", and the Provincial Geological Survey's "Technical Liaison Committee" terms of reference. These terms of references outline the interaction and relationship between the Geological Survey of Canada and the private sector. They represent models upon which the National Geoscience Institutes may wish to formulate their own committees and upon which the MAP technical advisors (three members from the private sector) will operate.

First Quarter Action Items:

• Write 1-2 page information release.
• Obtain list of companies to send information release to.
• Translate Terms of Reference and send to countries.
• Invite 2-3 senior exploration personnel to form a committee to advise the MAP participants on the relevance of their work to the exploration community.

Second Quarter Action Items:

• Dr. Art Soregaroli committed as head of technical liaison committee from private industry.
• MNIAC terms of reference translated and sent.
• Newsletter being written.
• WEB Page being written for displaying regular News Releases

Third Quarter Action Items:

• WEB page to go "public" December 1. All information must be correct and reviewed.
• Logo designed and approved.
• Proposal of Dr. Jan Boon tabled at Executive Council Meeting.
• Dr. A. Soregaroli confirmed as chair of Technical Advisory Group to the GSC. Dr.?Soregaroli attended Executive Council meeting in Arequipa.

Fourth Quarter Action Items:

• MAP WEB page ( http://pma-map.com) went "public" on December 8, 1997. Hyperlinks have been made to SERNAGEOMIN page (http://www.sernageomin.cl). It is intended to hyperlink to the WEB pages of the three other National surveys.

Activity Conclusion:

• WEB Page has received over 7200 visits since its inception (see Annex G).
• Hyperlink made with the SERGEOMIN WEB page.
• Self adhesive decals were made with the project logo on them.
• Project Information pamphlet was produced for distribution to interested parties

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Purpose D

The budget changes of Purpose D between the second and third quarters is largely due to the low numbers of samples sent to Canada for processing as well as time constraints on some dating facilities in Canada.

Details by Activities

The Argentinean Survey plans to re-analyse samples which were collected in the past under other projects. These samples were originally analysed for a very limited range of elements. The intent of re-analysis is to produce a larger suite of elements more pertinent to needs of today's exploration community. This type of data is especially important to mineral exploration companies as it assists them in targeting exploration activity. When the analyses are complete, it is expected that a short course in the interpretation of regional geochemical analyses will be given. In addition, under this activity, the Argentinean geochemical laboratory will be upgraded by the purchase of a Tungsten carbide ring mill. The ring mill is an essential piece of equipment used to efficiently pulverize rock samples.

First Quarter Action Items:

• Obtain ring mill, (presently on back order) and ship
• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times.
• Ensure sufficient funds are available in the Standing Offer to complete anticipated number of analyses.

Third Quarter Action Items:

• Expedite the purchase of ring mills.
• 2000 samples will be sent before December 15, 1997.
• Discuss with Peter Friske training needs to produce derivative products of geochemical results. If possible, training to be organized for two weeks during March in Argentina.

Fourth Quarter Action Items:

• Purchase Order for Ring Mill sent to company.
• 1400 samples received and sent for regional lithogeochem by January 23, 1998.
• Training with Peter Friske postponed until 1998/99 fiscal year.

Activity Conclusion:

• Ring mill received
• Samples processed and analyzed; awaiting final confirmation of data before forwarding to Argentina in digital format.

Airborne geophysics is an important tool used by exploration companies to assess and help define an exploration program in a new region. Airborne geophysics has been flown in other areas of the Puna but no regional airborne aeromagnetic data is available for the area of Multinational Andean Project. Under the Multinational Andean Project, airborne geophysics, specifically aeromagnetic data, will be acquired and if funds permit, radiometric data. This airborne geophysics will be acquired through a multi-company-government consortium. This multi-company-government consortium will also enhance the relationship of the SEGEMAR with the private sector. It is expected that the airborne geophysics will enhance exploration activity in this area in a similar way to the acquisition of the regional geochemical data. In this fiscal year a contract will be let to a regional airborne aeromagnetic specialist in Canada to set up the parameters of this survey to be flown in the next fiscal year. It is expected that this consortium will facilitate the acquisition of aeromagnetic data over the entire project area. The cost of the airborne geophysics to the project will be on the order of $150,000.

First Quarter Action Items:

• Continue the work of Dr. Dennis Teskey in setting up the consortium and finalizing contractual arrangements with participants.
• Prepare and release contract for airborne geophysics and make necessary arrangements for overseeing the contract in the field.

Second Quarter Action Items:

• ? 10 companies have expressed desire to participate in survey.
• Teskey visited Argentina in May to meet with SEGEMAR and potential participants.
• Contract has been drawn up and is being sent to potential participants for review.
• PW/GSC Contract initiated.

Third Quarter Action Items:

• PW/GSC contract awarded to SIAL Geosciences Ltd. and survey start date planned for early November.
• Nine Private sector companies have each paid $50,000.00. A special purpose account (SPA) has been set up to hold the funds.
• Contract is for $800,000.00, $150,000.00 more than estimated. Negotiations are underway to secure additional funding from private sector companies and SEGEMAR. It is expected the MAP will need to contribute an additional $50,000 to ensure the successful completion of the survey.
• Contract for Technical Expert has exceeded estimates due to his expanded in working with private sector companies and making site visits to ensure contractor compliance to contract parameters.

Fourth Quarter Action Items:

• One more company joined group for a total of ten companies.
• SIAL shipping plane to Argentina (first week of January), safety audit to be carried out in Argentina by Proav Aviation Services when plane is ready (mid-January).
• Dennis Teskey to travel to Argentina to meet with participating companies and supervise arrival of plane and safety audit.
• Four of the ten participating companies have agreed to pay CDN $10,000.00 each to take part in the Option C survey extension. The balance will be shared by MAP and SEGEMAR.
  
  

Activity Conclusion:

• Eight of the ten companies have paid the $50,000.00 CDN participation fee
• SIAL has flown approximately 40% of total line Km. Due to unusually poor weather caused by the "El Ni" phenomenon, SIAL has been unable to complete the projected amount of work. This activity will therefore be concluded in the 1998/99 fiscal year
• Dennis Teskey travelled to Argentina in March to meet with SEGEMAR, SIAL and representatives of the participating companies. The safety audit was carried out in January (see summary report Annex H)
• Three of the four companies participating in Option C survey extension have paid the $10,000.00 CDN participation fee.

In order to assist the exploration community in focussing their exploration efforts, it is absolutely imperative that an understanding of the geological evolution of a region is acquired. It is through understanding the geological evolution of a region that focussed exploration can progress. Specific types of geological features may be associated with mineralization or provide a control on the distribution of ore bodies. Volcanoes can have differing chemical signatures and origins - some associated with ore forming fluids, other not. Within this project, acquisition of excellent analytical data on rocks (particularly analyses of volcanic rocks) contained within the project area is of prime importance in helping to elucidate the relationships between various volcanic strata and mineralization. The Argentinean's propose that samples will be analysed for a complete suite of major, minor and trace elements. A sub-set of these samples will be analysed for rare earth elements. Assistance in interpretation of the results will be through the Volcanology Short course to be held at UBC in June. Additional need for assistance in interpretation will be assessed after the short course. In addition an agate ring mill will be bought for the Argentinean's in order that they may improve their processing procedure.

First Quarter Action Items:

• Obtain ring mill (presently on back order) and ship.
• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times.
• Set up new standing offer for petrogenetic quality geochemical analyses and ensure sufficient funds are available in the Standing Offer to complete anticipated number of analyses.

Second Quarter Action Items:

• Short course postponed until further notice.

Third Quarter Action Items:

• Delay in volcanology short course due to scheduling and funding problems of the participating countries cannot be resolved in this fiscal year. A questionnaire to better define the background of the individuals who will be participating was sent out at the end of the second quarter. Based on these findings, the course will be reviewed and rescheduled.
• see D.96/A-1 re: ring mill
• 19 Samples sent September 15, the rest to be sent by the middle of December.

Fourth Quarter Action Items:

• Purchase Order for Ring Mill has been sent to company.
• 12 samples received at GSC Vancouver and were sent for analysis.

Activity Conclusion:

• Ring mill received
• Samples analysed and results forwarded to Argentina via email, disc and fax.

?

In addition to precise whole rock geochemical analyses, an understanding of the timing of geological events is critical to understanding the geological evolution of an area. The temporal elements of this project will be addressed using radiometric dating techniques. Additional samples will be submitted in this fiscal year for precise dating to augment those received in the last fiscal year. Assistance will be given to the Argentinean's in terms of sample choice and sample processing through teleconferencing with Mr. Mike Villeneuve (GSC Ottawa).

First Quarter Action Items:

• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times and type of dating required (K-Ar, Ar-Ar, Zircon)
• Set up new standing offer for K-Ar analyses through Geochronology Laboratory, University of British Columbia and ensure sufficient funds are available in the Standing Offer to complete anticipated type and number of analyses.

Second Quarter Action Items:

• No samples yet received.

Third Quarter Action Items:

• All samples are expected to be sent before December 15, 1997. Samples received after this date will not necessarily be analysed in this fiscal year.

Fourth Quarter Action Items:

• Due to sample backlog at lab, samples cannot be processed until next fiscal year.
  
  

In order to assist the exploration community in focussing their exploration efforts, it is absolutely imperative that an understanding of the geological evolution of a region is acquired. Through many types of analytical work, such as radiometric dating and geochemistry, a greater understanding of the geological evolution is possible. These data sets can be enhanced through the additional information gained by initial isotopic signatures of rocks that can shed light on regional evolution and magmatic history. This enhanced information can lead to greater understanding of the spatial and temporal evolution of volcanic rocks hosting mineralization that in turn can enhance exploration efforts by helping to focus exploration on specific areas and times.

First Quarter Action Items:

• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times and type of initial ratios required.

Second Quarter Action Items:

• No samples received.

Third Quarter Action Items:

• No samples will be submitted this year.

Fourth Quarter Action Items:

• No further action this year.

In order to assist the exploration community in focussing their exploration efforts, it is absolutely imperative that an understanding of the geological evolution of a region is acquired. Through many types of analytical work, such as radiometric dating and geochemistry, a greater understanding of the geological evolution is possible. These data sets can be enhanced through the additional information gained by stable isotopic analyses of mineralized material. These analyses can give an indication of the type and timing of ore forming fluids and enhance understanding of the timing and type of mineralization. This enhanced information can in turn be used to enhance exploration efforts by helping to focus exploration on specific types of mineralization, mineralized areas and timing of mineralization.

First Quarter Action Items:

• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times and type of isotopic analyses required.

Third Quarter Action Items:

• Samples for analysis of O and D isotopes to be sent before December 15, 1997.

Fourth Quarter Action Items:

• No samples arrived at GSC Vancouver.
  
  

At this time this activity will be deferred until the next fiscal year when an assessment of the laboratory needs of the Bolivians can be made.

In order to assist the exploration community in focussing their exploration efforts, it is absolutely imperative that an understanding of the geological evolution of a region is acquired. It is through understanding the geological evolution of a region that focused exploration can progress. Specific types of geological features may be associated with mineralization or provide a control on the distribution of ore bodies. Volcanoes can have differing chemical signatures and origins - some associated with ore forming fluids, other not. Within this project, acquisition of excellent analytical data on rocks (particularly analyses of volcanic rocks) contained within the project area is of prime importance in helping to elucidate the relationships between various volcanic strata and mineralization. The Bolivians propose that a significant number of samples will be analysed for a complete suite of major, minor and trace elements. A sub-set of these samples will be analysed for rare earth elements. Assistance in interpretation of the results will be through the Volcanology Short course to be held at UBC in June. Additional need for assistance in interpretation will be assessed after the short course.

First Quarter Action Items:

?

• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times.
• Set up new standing offer for petrogenetic quality geochemical analyses and ensure sufficient funds are available in the Standing Offer to complete anticipated number of analyses.

Second Quarter Action Items:

• Short Course postponed until further notice

Third Quarter Action Items:

• Delay in volcanology short course due to scheduling and funding problems of the participating countries cannot be resolved in this fiscal year. A questionnaire to better define the background of the individuals who will be participating was sent out at the end of the second quarter. Based on these findings, the course will be reviewed and rescheduled.
• Woodsworth/Edwards to send latest version of NewPet to Bolivia.
• Edwards to check analytical work from last year.

Fourth Quarter Action Items:

• NewPet software obtained - to be sent to Bolivia.
• Dr. Edwards checked last years results. Presently analysing his findings.

Activity Conclusion:

• Dr. Edwards set up new standing offer for analyses at Activation Labs
• NewPet software and instruction manual sent to Bolivia
• Dr. Edwards obtained sample residues from Chemex, preparing for reanalysis at Activation Labs of samples with totals less than 99 wt%.

?

Fluid inclusions are small trapped pockets of fluids within minerals. Determining the fluids that are contained within these small trapped bubbles helps understand the evolution of the minerals themselves. Understanding the evolution, or growth, of these minerals helps determine the evolution of potentially ore-bearing fluids. The analysis of these fluids provides critical clues to the understanding of the evolution of an ore deposit. To help the Bolivians increase their expertise in this area, fluid inclusion apparatus has been bought and a contract will be let for training in the use of the equipment. If necessary, follow-up courses or workshops will be held in upcoming fiscal years.

First Quarter Action Items:

• Arrange for training by J. Reynolds, Fluid Inc.

Third Quarter Action Items:

• Contact Reynolds and arrange for training before December 15.
• Amend activity to include X-ray diffraction on alteration minerals from deposits to define genetic models (50 @ $20/sample)
• In the next fiscal year want to do oxygen and sulphur isotopes to help define genetic models.

Fourth Quarter Action Items:

• Fluid inclusion training postponed until next fiscal year.
  
  

The Bolivian Survey plans to analyse a total of 1500 samples over the course of the project.

(265 were analysed in 1996/97 fiscal year). Regional geochemical surveys are one of the best ways to generate exploration interest in an area and help exploration companies focus exploration work. It is expected that a short course in the interpretation of regional geochemical analyses will be held sometime in the future. Additionally, the Bolivian geochemical expertise will be increased with the purchase of PIMA spectrometers.

First Quarter Action Items:

• Obtain PIMA (presently on back order) and ship
• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times.
• Ensure sufficient funds are available in the Standing Offer to complete anticipated number of analyses.

Second Quarter Action Items:

• Purchase order for PIMA to be issued in July. (3 months delivery.)

Third Quarter Action Items:

• Follow-up on purchase of PIMA
• Received ~150 samples for Au +47 package analysis from Activation Labs.

Fourth Quarter Action Items:

• Process ~150 samples for Au +47 analysis from Activation Labs
• PIMA purchase order issued and we are currently waiting on delivery.

Activity Conclusion:

• PIMA received
• PIMA to be used jointly by all member countries
• Samples processed and analyzed; waiting final confirmation of data before fowarding to Bolivia in final format.

In addition to detailed analytical analyses and precise dating it is also necessary to have an understanding of the petrogenesis of rocks within the project area. In order to upgrade the petrographic capability of Bolivia new microscopes will be purchased and training will be given in this fiscal year on petrographic techniques. No equipment funds remain to upgrade these facilities.

In addition to precise whole rock geochemical analyses, an understanding of the timing of geological events is critical to understanding the geological evolution of an area. The temporal elements of this project will be addressed using radiometric dating techniques. Additional samples will be submitted in this fiscal year for precise dating to augment those received in the last fiscal year. Assistance will be given to the Bolivians in terms of sample choice and sample processing through teleconferencing with Mr. Mike Villeneuve (GSC Ottawa).

First Quarter Action Items:

• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times and type of dating required (K-Ar, Ar-Ar, Zircon).
• Set up new standing offer for K-Ar analyses through Geochronology Laboratory, University of British Columbia and ensure sufficient funds are available in the Standing Offer to complete anticipated type and number of analyses.

Third Quarter Action Items:

• Ensure standing offer is in place and samples will be completed in this fiscal year.
• Samples must be received by December 15, 1997.

Fourth Quarter Action Items:

• No samples have arrived at GSC Vancouver.
  
  

Digital manipulation of data is of prime importance in the production of new and updated geological maps. The ability of the Bolivians to handle digital data will be upgraded through the purchase of equipment and through specific focussed training on the use of the equipment to be purchased. Arrangements have been made to obtain software (PCI) and training through GLOBESar II project. Two images of importance to MAP were obtained to work with under the GLOBESar project. This is training that is also being made available to the Argentineans and Peruvians.

First Quarter Action Items:

• Arrange for training under GLOBESar II project and acquisition of PCI software.
• Ascertain needs in terms of integration of SGI, PC and Unix system networking and applicable software during Woodsworth's visit in May.

Third Quarter Action Items:

• SERGEOMIN to send names of geologists to participate in GLOBESar II training.
• Images ordered, follow-up on image quality and usefulness of training.

Fourth Quarter Action items:

• GLOBESar II training organized.
• Questionnaire to be sent to Bolivia to evaluate usefulness of training.

?

As with precise analytical whole-rock chemistry, the isotopic signature of rocks is of importance in understanding their tectonic evolution and origin of the magmatic fluids. This enhanced information can lead to greater understanding of the spatial and temporal evolution of volcanic rocks hosting mineralization that in turn can enhance exploration efforts by helping to focus exploration on specific areas and times.

First Quarter Action Items:

• No samples are anticipated this fiscal year.
  
  

In addition to precise whole rock analytical data upon which to base petrogenetic interpretations, an understanding of the timing of geological events is critical. Timing is the basis of understanding the geological evolution of an area. The temporal element of this project will be addressed using radiometric dating techniques. Samples were submitted in 96/97 fiscal year and additional samples are expected to be submitted for precise dating using the Ar³⁹-Ar⁴⁰ method. Assistance will be given to the Chileans in terms of sample choice and sample processing through teleconferencing with Mr.?Mike Villeneuve (GSC, Ottawa). Additional expertise, training or other assistance will be available as needed by the Chileans to help them establish an Ar-Ar facility in Chile.

First Quarter Action Items:

• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent.

Third Quarter Action Items:

• Determine if any more samples are to be sent.

Fourth Quarter Action Items:

• List of complete sample analysis sent to Chile as well as list of samples yet to be analysed.
  
  

Once mineral deposits have been identified, exploration and mining companies are faced with finding an adequate source of water for exploration and mining operations. In the extremely arid Altiplano this is a significant impediment to mine development. The Chileans have identified a need for hydrogeological investigations in the project region to identify and constrain existing aquifers. Experts from the University of Waterloo Hydrogeology group will assist SERNAGEOMIN in establishing a ground water exploration program in the project area.

First Quarter Action Items:

• Organize a two week visit by two senior Hydrogeology researchers, University of Waterloo in November.

Third Quarter Action Items:

• Set firm date for Aravena and Rudolph and initiate contract.

Fourth Quarter Action Items:

• Aravena and Rudolf contracts set up.
• Work in Chile scheduled from January 5, 1998 to January 17.

Activity Conclusion:

• Dr.'s Aravena and Rudolf completed field work (see Annex E).

In order to assist the exploration community in focussing their exploration efforts, it is absolutely imperative that an understanding of the geological evolution of a region is acquired. It is through understanding the geological evolution of a region that focused exploration can progress. Specific types of geological features may be associated with mineralization or provide a control on the distribution of ore bodies. Volcanoes can have differing chemical signatures and origins - some associated with ore forming fluids, other not. Within this project, acquisition of excellent analytical data on rocks (particularly analyses of volcanic rocks) contained within the project area is of prime importance in helping to elucidate the relationships between various volcanic strata and mineralization. The Chileans propose that over the following few years rock samples will be analysed for a complete suite of major, minor and trace elements. A sub-set of these samples will be analysed for rare earth elements. Interpretation of petrological geochemical analytical results will form part of the short course to be given in the volcanology short course to be given June 9-22 at UBC.

First Quarter Action Items:

• No samples are anticipated this fiscal year.

Second Quarter Action Items:

• Short Course postponed until further notice.

Third Quarter Action Items:

• Delay in volcanology short course due to scheduling and funding problems of the participating countries cannot be resolved in this fiscal year. A questionnaire to better define the background of the individuals who will be participating was sent out at the end of the second quarter. Based on these findings, the course will be reviewed and rescheduled.

Fourth Quarter Action items:

• No further action this fiscal year.
• Volcanology questionnaire has not been forwarded to GSC Vancouver for assessment.

Activity Conclusion:

• Questionnaires received.

In addition to precise whole rock geochemical analyses, an understanding of the timing of geological events is critical to understanding the geological evolution of an area. The temporal elements of this project will be addressed using radiometric dating techniques, mostly Ar-Ar. Additional samples will be submitted in this fiscal year for precise dating to augment those received in the last fiscal year and dated by the Ar-Ar method. Some critical stratigraphic units are beyond the age range for which Ar-Ar dating techniques. For these samples, dating will be done by U-Pb extraction of zircons or other techniques as deemed most appropriate for the age and type of rock being dated. Assistance will be given to the Chileans in terms of sample choice and sample processing through teleconferencing with Mr. Mike Villeneuve (GSC Ottawa).

First Quarter Action Items:

• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times and type of dating required (e.g. Zircon).

Third Quarter Action Items:

• Determine if all samples have been sent.

Fourth Quarter Action Items:

• Some of the samples were for U-Pb

Activity Conclusion:

• Five U-Pb dates completed by Mike Villeneuve (GSC Ottawa); results sent to Chile.

Geophysical techniques are one of the ways three dimensional understanding of the geology of a region can be obtained.

First Quarter Action Items:

• Obtain software Magix vs. 3 and Oasis
• Arrange for training in three dimensional geophysical analysis.

Second Quarter Action Items:

• Evaluate need for geophysical expertise to assist in formulation of new geophysical group and identify training needs.
• Verify modules needed of Magi xl and Oasis and order.
• Translate and send questionnaire to help establish course(s) and expertise needed.

Fourth Quarter Action Items:

• Magix software ordered. Chileans will take it back to Chile when they leave Vancouver.
• Questionnaire translated and sent. Results from questionnaire have not been sent to Vancouver for analysis.
• Dr. Dennis Teskey to visit Chile in January to discuss training needs.

Activity Conclusion:

• Magix software received and donated to Chile
• Questionnaires received
• Dr. Teskey visited Chile to discuss setting up a short course (see Annex D).

?

Fluid inclusions are small trapped pockets of fluids within minerals. Determining the fluids that are contained within these small trapped bubbles helps understand the evolution of the minerals themselves. Understanding the evolution, or growth, of these minerals helps determine the evolution of potentially ore-bearing fluids. The analysis of these fluids provides critical clues to the understanding of the evolution of an ore deposit. The Chileans already poses a high level of expertise in fluid inclusion work.

First Quarter Action Items:

• Order necessary equipment.
• Arrange for specific training if required/requested.

Second Quarter Action Items:

• Fluid Inc. Chosen as supplier of equipment - to be ordered in September

Third Quarter Action Items:

• Order equipment. No training is required.

Fourth Quarter Action Items:

• Fluid Inclusion Equipment purchase order sent to Fluid Inc., we are currently awaiting delivery of equipment to Vancouver.

Activity Conclusion:

• Fluid Inclusion Equipment received.

SERNAGEOMIN laboratories operate at a high level of international standards. However, there are some shortcomings in their operational capacity and ability that can be addressed by the acquisition of specific analytical equipment and possibly additional training.

First Quarter Action Items:

• Order necessary equipment (Frantz separator and micro balance).
• Arrange for specific training if required/requested.

Second Quarter Action Items:

• Chileans sent specs on equipment- obtaining quotation. PO to go out in July.

Third Quarter Action Items:

• Equipment ordered and awaiting delivery. Follow-up on delivery date.
• Arrange for shipment by most expeditious method.

Fourth Quarter Action Items:

• Frantz Separator and Microbalance purchase orders issued.

Activity Conclusion:

• Frantz Separator and Microbalance received.

When producing geological maps age control is of paramount importance. Many ore deposits are associated with rock of a specific type or age. In order to make these correlations, lithological, geochemical and age dating must be carried out simultaneously. In regions that contain igneous and volcanic rocks age determinations are obtained through radiometric dating techniques. In regions that contain significant amounts of sediments the most cost effective way to obtain age control is through Palaeontological means. Under this activity samples containing micro fossils will be analysed and training will be given in the interpretation and laboratory techniques employed to obtain micro fossils.

First Quarter Action Items:

• Obtain time schedule for receipt of samples and estimate of numbers of samples to be sent at various times and types of fossils.
• Dependent on fossil types to be sent, set up appropriate contracts.

Third Quarter Action Items:

• Samples expected from Cuzco have not arrived. Follow-up
• Any additional samples to be processed must be received before December 15, 1997.

Fourth Quarter Action Items:

• Samples still have not arrived from Cuzco. Call University of Cuzco and find out where the samples are.
• No other samples have arrived in Vancouver.

Activity Conclusion:

• Samples still have not arrived.