Industry collaboration adding value to exploration success - Trench et al - M...John Sykes
Industry collaboration adding value to exploration success - Trench et al - Mar 2015 - Centre for Exploration Targeting / Curtin University / University of Western Australia
Strategies and scenarios in rare earths - Sykes - Oct 2014 - University of We...John Sykes
This document presents a slideshow on strategies and scenarios for rare earth miners and explorers given the turbulent rare earth industry environment. It discusses how rare earth mining companies can deal with turbulence by focusing on their assets and competencies, competitors, and factors beyond their control. It emphasizes the importance of low costs through high grade, but also notes the value of targeting higher-quality rare earths for end uses. The Boston Consulting Group growth-share matrix is applied to categorize different types of rare earth mine projects from cash cows to problem children.
Resource industry strategy & consulting Sykes & Trench - May 2016 - UWA Busin...John Sykes
The document discusses the role of strategic consulting in the resources industries of Australia and Indonesia. It begins by outlining some key differences and similarities between the two countries' resource sectors, including their economic profiles and important commodities. It then examines some of the short-term challenges facing both industries from low commodity prices and long-term issues such as environmental and social impacts. The document considers who provides strategic consulting services to the resources sector and compares approaches between mining and oil/gas. It raises questions about how companies and governments can evolve their strategies to deal with these issues.
Business of greenfields exploration - Sykes & Trench - Apr 2017 - Centre for ...John Sykes
The document discusses the business of greenfields minerals exploration. It notes that the minerals exploration sector is under strain, with junior explorers struggling to raise funds and exploration budgets being cut. Greenfields exploration, which is perceived as higher risk, has been particularly affected. The document examines the traditional business case for greenfields exploration in searching for better quality mineral deposits rather than just more resources. However, it argues that the exploration sector needs to improve efficiency and success rates. It provides ideas on how greenfields exploration could improve, such as focusing on predicting ore quality rather than just presence, and taking a more holistic approach. Finally, the document proposes a renewed business case that incorporates the need for explorers to obtain a social license to operate
Future(s) of mineral exploration - Sykes et al - Apr 2017 - Centre for Explor...John Sykes
This document summarizes the key findings from a study using scenario planning to explore the future of minerals exploration. The study investigated uncertainties around predicting the economic viability and accessibility of undiscovered mineral deposits. Three main scenarios were developed: 1) the industry adapts to emerging changes, 2) new ideas are generated to open up new exploration opportunities, and 3) the future may be difficult to foresee even with scenario planning. The study highlights opportunities around exploring new commodities, behind socio-political and geopolitical barriers, and notes limitations in the industry's ability to develop new ideas beyond optimizing existing asset portfolios. Scenario planning was used to compare exploration strategies against multiple potential futures rather than making single predictions.
Industry collaboration adding value to exploration success - Trench et al - M...John Sykes
Industry collaboration adding value to exploration success - Trench et al - Mar 2015 - Centre for Exploration Targeting / Curtin University / University of Western Australia
Strategies and scenarios in rare earths - Sykes - Oct 2014 - University of We...John Sykes
This document presents a slideshow on strategies and scenarios for rare earth miners and explorers given the turbulent rare earth industry environment. It discusses how rare earth mining companies can deal with turbulence by focusing on their assets and competencies, competitors, and factors beyond their control. It emphasizes the importance of low costs through high grade, but also notes the value of targeting higher-quality rare earths for end uses. The Boston Consulting Group growth-share matrix is applied to categorize different types of rare earth mine projects from cash cows to problem children.
Resource industry strategy & consulting Sykes & Trench - May 2016 - UWA Busin...John Sykes
The document discusses the role of strategic consulting in the resources industries of Australia and Indonesia. It begins by outlining some key differences and similarities between the two countries' resource sectors, including their economic profiles and important commodities. It then examines some of the short-term challenges facing both industries from low commodity prices and long-term issues such as environmental and social impacts. The document considers who provides strategic consulting services to the resources sector and compares approaches between mining and oil/gas. It raises questions about how companies and governments can evolve their strategies to deal with these issues.
Business of greenfields exploration - Sykes & Trench - Apr 2017 - Centre for ...John Sykes
The document discusses the business of greenfields minerals exploration. It notes that the minerals exploration sector is under strain, with junior explorers struggling to raise funds and exploration budgets being cut. Greenfields exploration, which is perceived as higher risk, has been particularly affected. The document examines the traditional business case for greenfields exploration in searching for better quality mineral deposits rather than just more resources. However, it argues that the exploration sector needs to improve efficiency and success rates. It provides ideas on how greenfields exploration could improve, such as focusing on predicting ore quality rather than just presence, and taking a more holistic approach. Finally, the document proposes a renewed business case that incorporates the need for explorers to obtain a social license to operate
Future(s) of mineral exploration - Sykes et al - Apr 2017 - Centre for Explor...John Sykes
This document summarizes the key findings from a study using scenario planning to explore the future of minerals exploration. The study investigated uncertainties around predicting the economic viability and accessibility of undiscovered mineral deposits. Three main scenarios were developed: 1) the industry adapts to emerging changes, 2) new ideas are generated to open up new exploration opportunities, and 3) the future may be difficult to foresee even with scenario planning. The study highlights opportunities around exploring new commodities, behind socio-political and geopolitical barriers, and notes limitations in the industry's ability to develop new ideas beyond optimizing existing asset portfolios. Scenario planning was used to compare exploration strategies against multiple potential futures rather than making single predictions.
Why is developing a new mine so difficult? - Oct 2013 - John P Sykes - Centre...John Sykes
Developing a new mine is difficult due to several factors:
1) Mining is a "wasting asset" industry that requires constant renewal of exploration to find new resources as old mines are depleted. However, exploration takes place over long timescales while success is judged in the short-term.
2) There is a limited exploration search space and resources found do not always be economic to mine given technical and economic constraints.
3) Different actors in the mining industry, such as juniors vs majors, have differing risk horizons and incentives that impact development. Focusing on the "Horizon 2" development stage is key.
4) For a project to be successful, it must be "
Why is developing a new mine so difficult? - Oct 2013 - John P. Sykes - Centr...John Sykes
Globally there are problems in bringing new mine capacity on stream. With little new ‘greenfields’ exploration taking place at this time, the pipeline of high-quality mine projects is not being replenished. The problem for the mining industry is that minerals exploration takes place over long timescales, however, “success” is judged along much shorter timescales. Addressing this paradox is a challenge for all in minerals exploration management. This study has sought to address this topic by building on the author’s tacit knowledge, gained through experience in the mining industry, combined with a review of the business management and strategy literature. Emergent from this research are multiple ways for examining mining industry problems and a new approach to developing high-level strategies for facilitating minerals exploration.
Why is developing a new mine so difficult? - Dec 2013 - Sykes et al - Univers...John Sykes
This document provides a conceptual exploration of why developing a new mine is so difficult from a management strategy perspective. It discusses that while mineral commodity prices have reached historical highs, limited new mine capacity has started up due to the disconnect between short-term exploration funding cycles and long development timelines for mines. The development stage from discovery to production is identified as particularly high risk and problematic. Drawing from management strategy literature, the document argues exploration should "begin with the end in mind" by targeting deposits that are not just discoverable but also developable, mineable, and sustainable in the long-term. This narrows the exploration search space and opens up new areas to focus on developing projects more likely to become successful operating mines.
Australian gold in 40-years: The need for greenfields explorationJohn Sykes
1. Landmark report looks out 40 years critically includes the impact of resource quality, exploration, and uncertainty;
2. Over the short term (<5 years) production will be dominated by existing mines;
3. Over the medium term (5 10 years) production will come from new mines based on known deposits, however, it is not enough to offset the decline (mainly due to ‘quality’ issues);
4. In the long term (10 40 years) exploration success will play a major role in overcoming much of the looming shortfall in gold production…
5. Consequently, in forty years time almost all of Australia’s future gold production will come from exploration successes…
6. ...even so, production and revenues are set to fall by half over the next 40
7. Also note that in 13 years half of Australia’s gold production will come from mines that are yet to be discovered…
8. …but the weighted average delay between discovery and development is also 13 years
9. For the gold industry to maintain production at current levels over the longer term, it will either need to double the amount spent on exploration or double its discovery performance
10. And finally, with sensitivity studies indicating each additional dollar spent on exploration (over the next ten years) generates extra revenue of ~$11.40 over the next 40 years there is incentive for both industry and government to further invest in gold exploration!
This document discusses the challenges in developing new rare earth mine supply outside of China. It uses examples from three Australian rare earth projects - Mt Weld, Dubbo, and Nolans - to show that rare earth projects face long delays, technical difficulties, financial problems, and government issues. It also finds that the value accretion of rare earth projects is "concave", meaning the value is not fully recognized by markets until late in the project development process. This misalignment between project risk progression and value accretion makes rare earth projects challenging to develop.
Crystal Lake Mining - CLM-V - Corporate PresentationMomentumPR
Crystal Lake Mining is a Canadian-based junior exploration company focused on building shareholder value through high-grade discovery opportunities in British Columbia and Ontario. The Company has an option to earn a 100% interest in the Newmont Lake Project, now the largest land package among juniors in the broader Eskay region in the heart of Northwest B.C.'s Golden Triangle.
4th Current Trends in Mining Finance Conference Program 24 27 April 2016 NYCTim Alch
This the 4th Annual Current Trends in Mining Finance Program held in New York City in April 2017 organized by NY Section of SME and Hosted by SME and Shearman & Sterling LLP. Join us 2017 on April 30 to May 3 in New York City at S&S again.
Mineral Economics for Geologists Short Course - Centre for Exploration Target...John Sykes
This one-day course provides an introduction to mineral economics and market fundamentals for professionals in the mining industry. It will cover major commodity markets as well as other important mineral markets. Attendees will learn how to analyze supply and demand drivers, industry cost structures, and other factors that influence market behavior and corporate decision-making. The course aims to give participants a better understanding of what shapes mineral values and strategies for success. It is presented by Professor Allan Trench and Mr. John Sykes and is open to professionals across technical, exploration, mining and processing roles.
Tms2013 cux puc charley creek presentation april 19 2013 v2 - 1135proedge2013
This document provides an overview and scoping study results for the Charley Creek Alluvial Rare Earth Project in Northern Territory, Australia. The project is a joint venture between Crossland Uranium Mines and Pancontinental Uranium and involves mining and processing alluvial heavy mineral sands to produce rare earth oxides. Key findings of the scoping study show the project has potential to be a low capital and operating cost producer of critical rare earth elements, with an estimated net present value of $302 million Australian dollars.
Western Australia seeks to attract mining investment by improving its regulatory framework and supporting exploration and development. It has abundant natural resources and is a world leader in mineral and energy production. The state government welcomes investment and has implemented programs like an Exploration Incentive Scheme to stimulate exploration. Perth, as the capital and gateway to Asia, is an attractive base for mining companies and talent due to its strategic location and quality of life.
Copper Mine Monopoly - Oct 2009 - CRU AnalysisJohn Sykes
The document discusses strategies for developing copper mine projects in the current market environment. It notes that the largest copper deposits are increasingly found in Asia and Chile, while future production will come primarily from projects in Peru and Asia as existing mines in Chile mature. Developing new mines also involves deeper underground mining as high-grade surface deposits become scarcer. Major mining companies dominate the industry and have faced fewer delays than junior firms in bringing projects online. The speaker concludes by noting regional differences in risk profiles and that project selection requires evaluating tradeoffs between capital and operating costs, political versus geological risk, and potential by-product revenues.
Battery metals & the energy transition - Wright et al - Sep 2016 - Greenfield...John Sykes
Battery metals & the energy transition - Wright et al - Sep 2016 - Greenfields Research / Rowton Ltd / Centre for Exploration Targeting / The University of Western Australia
Economic History of Esoteric Metals - Sykes et al - Sep 2014 - China Metals WeekJohn Sykes
An Economic History of the Esoteric Metals Markets: Batteries, Electronics, Light Alloys, Antimony, China, Cheap Energy, Industrialization, Globalization and High Technology
Defining The Future Of Tin Mining - Apr 2012 - Greenfields ResearchJohn Sykes
The document discusses the future of tin mining. It notes that [1] alluvial and artisanal mining currently dominate tin production but face challenges from high costs and declining reserves. It also points out that [2] tin mining is increasingly occurring in developed nations rather than Asia due to higher political stability and lower costs. Additionally, [3] tin mining operations often depend on valuable by-products for economic viability since tin prices alone are usually insufficient.
Influencing exploration choices in copper at a strategic level - Sykes et al ...John Sykes
Influencing exploration choices in copper at a strategic level - Sykes et al - Dec 2014 - Centre for Exploration Targeting / Curtin University / University of Western Australia
Republic of South Sudan: Mining Investment Opportunities in South SudanMining On Top
Mining Investment Opportunities in South Sudan
Hosted by Dr Andu Ezbon Adde, Under Secretary Mining
Mining On Top: Africa - London Summit
24-26 June 2014 | London
The document discusses strategies for developing a total compensation strategy at three levels - corporate, business unit, and functional. It provides guidelines for aligning compensation with business strategy and objectives. Key steps in formulating a compensation strategy include assessing implications, mapping the strategy, implementing it, and reassessing periodically. Three tests can determine if the pay strategy provides a competitive advantage: alignment with business goals, differentiation from competitors, and added value or return on investment.
Why is developing a new mine so difficult? - Oct 2013 - John P Sykes - Centre...John Sykes
Developing a new mine is difficult due to several factors:
1) Mining is a "wasting asset" industry that requires constant renewal of exploration to find new resources as old mines are depleted. However, exploration takes place over long timescales while success is judged in the short-term.
2) There is a limited exploration search space and resources found do not always be economic to mine given technical and economic constraints.
3) Different actors in the mining industry, such as juniors vs majors, have differing risk horizons and incentives that impact development. Focusing on the "Horizon 2" development stage is key.
4) For a project to be successful, it must be "
Why is developing a new mine so difficult? - Oct 2013 - John P. Sykes - Centr...John Sykes
Globally there are problems in bringing new mine capacity on stream. With little new ‘greenfields’ exploration taking place at this time, the pipeline of high-quality mine projects is not being replenished. The problem for the mining industry is that minerals exploration takes place over long timescales, however, “success” is judged along much shorter timescales. Addressing this paradox is a challenge for all in minerals exploration management. This study has sought to address this topic by building on the author’s tacit knowledge, gained through experience in the mining industry, combined with a review of the business management and strategy literature. Emergent from this research are multiple ways for examining mining industry problems and a new approach to developing high-level strategies for facilitating minerals exploration.
Why is developing a new mine so difficult? - Dec 2013 - Sykes et al - Univers...John Sykes
This document provides a conceptual exploration of why developing a new mine is so difficult from a management strategy perspective. It discusses that while mineral commodity prices have reached historical highs, limited new mine capacity has started up due to the disconnect between short-term exploration funding cycles and long development timelines for mines. The development stage from discovery to production is identified as particularly high risk and problematic. Drawing from management strategy literature, the document argues exploration should "begin with the end in mind" by targeting deposits that are not just discoverable but also developable, mineable, and sustainable in the long-term. This narrows the exploration search space and opens up new areas to focus on developing projects more likely to become successful operating mines.
Australian gold in 40-years: The need for greenfields explorationJohn Sykes
1. Landmark report looks out 40 years critically includes the impact of resource quality, exploration, and uncertainty;
2. Over the short term (<5 years) production will be dominated by existing mines;
3. Over the medium term (5 10 years) production will come from new mines based on known deposits, however, it is not enough to offset the decline (mainly due to ‘quality’ issues);
4. In the long term (10 40 years) exploration success will play a major role in overcoming much of the looming shortfall in gold production…
5. Consequently, in forty years time almost all of Australia’s future gold production will come from exploration successes…
6. ...even so, production and revenues are set to fall by half over the next 40
7. Also note that in 13 years half of Australia’s gold production will come from mines that are yet to be discovered…
8. …but the weighted average delay between discovery and development is also 13 years
9. For the gold industry to maintain production at current levels over the longer term, it will either need to double the amount spent on exploration or double its discovery performance
10. And finally, with sensitivity studies indicating each additional dollar spent on exploration (over the next ten years) generates extra revenue of ~$11.40 over the next 40 years there is incentive for both industry and government to further invest in gold exploration!
This document discusses the challenges in developing new rare earth mine supply outside of China. It uses examples from three Australian rare earth projects - Mt Weld, Dubbo, and Nolans - to show that rare earth projects face long delays, technical difficulties, financial problems, and government issues. It also finds that the value accretion of rare earth projects is "concave", meaning the value is not fully recognized by markets until late in the project development process. This misalignment between project risk progression and value accretion makes rare earth projects challenging to develop.
Crystal Lake Mining - CLM-V - Corporate PresentationMomentumPR
Crystal Lake Mining is a Canadian-based junior exploration company focused on building shareholder value through high-grade discovery opportunities in British Columbia and Ontario. The Company has an option to earn a 100% interest in the Newmont Lake Project, now the largest land package among juniors in the broader Eskay region in the heart of Northwest B.C.'s Golden Triangle.
4th Current Trends in Mining Finance Conference Program 24 27 April 2016 NYCTim Alch
This the 4th Annual Current Trends in Mining Finance Program held in New York City in April 2017 organized by NY Section of SME and Hosted by SME and Shearman & Sterling LLP. Join us 2017 on April 30 to May 3 in New York City at S&S again.
Mineral Economics for Geologists Short Course - Centre for Exploration Target...John Sykes
This one-day course provides an introduction to mineral economics and market fundamentals for professionals in the mining industry. It will cover major commodity markets as well as other important mineral markets. Attendees will learn how to analyze supply and demand drivers, industry cost structures, and other factors that influence market behavior and corporate decision-making. The course aims to give participants a better understanding of what shapes mineral values and strategies for success. It is presented by Professor Allan Trench and Mr. John Sykes and is open to professionals across technical, exploration, mining and processing roles.
Tms2013 cux puc charley creek presentation april 19 2013 v2 - 1135proedge2013
This document provides an overview and scoping study results for the Charley Creek Alluvial Rare Earth Project in Northern Territory, Australia. The project is a joint venture between Crossland Uranium Mines and Pancontinental Uranium and involves mining and processing alluvial heavy mineral sands to produce rare earth oxides. Key findings of the scoping study show the project has potential to be a low capital and operating cost producer of critical rare earth elements, with an estimated net present value of $302 million Australian dollars.
Western Australia seeks to attract mining investment by improving its regulatory framework and supporting exploration and development. It has abundant natural resources and is a world leader in mineral and energy production. The state government welcomes investment and has implemented programs like an Exploration Incentive Scheme to stimulate exploration. Perth, as the capital and gateway to Asia, is an attractive base for mining companies and talent due to its strategic location and quality of life.
Copper Mine Monopoly - Oct 2009 - CRU AnalysisJohn Sykes
The document discusses strategies for developing copper mine projects in the current market environment. It notes that the largest copper deposits are increasingly found in Asia and Chile, while future production will come primarily from projects in Peru and Asia as existing mines in Chile mature. Developing new mines also involves deeper underground mining as high-grade surface deposits become scarcer. Major mining companies dominate the industry and have faced fewer delays than junior firms in bringing projects online. The speaker concludes by noting regional differences in risk profiles and that project selection requires evaluating tradeoffs between capital and operating costs, political versus geological risk, and potential by-product revenues.
Battery metals & the energy transition - Wright et al - Sep 2016 - Greenfield...John Sykes
Battery metals & the energy transition - Wright et al - Sep 2016 - Greenfields Research / Rowton Ltd / Centre for Exploration Targeting / The University of Western Australia
Economic History of Esoteric Metals - Sykes et al - Sep 2014 - China Metals WeekJohn Sykes
An Economic History of the Esoteric Metals Markets: Batteries, Electronics, Light Alloys, Antimony, China, Cheap Energy, Industrialization, Globalization and High Technology
Defining The Future Of Tin Mining - Apr 2012 - Greenfields ResearchJohn Sykes
The document discusses the future of tin mining. It notes that [1] alluvial and artisanal mining currently dominate tin production but face challenges from high costs and declining reserves. It also points out that [2] tin mining is increasingly occurring in developed nations rather than Asia due to higher political stability and lower costs. Additionally, [3] tin mining operations often depend on valuable by-products for economic viability since tin prices alone are usually insufficient.
Influencing exploration choices in copper at a strategic level - Sykes et al ...John Sykes
Influencing exploration choices in copper at a strategic level - Sykes et al - Dec 2014 - Centre for Exploration Targeting / Curtin University / University of Western Australia
Republic of South Sudan: Mining Investment Opportunities in South SudanMining On Top
Mining Investment Opportunities in South Sudan
Hosted by Dr Andu Ezbon Adde, Under Secretary Mining
Mining On Top: Africa - London Summit
24-26 June 2014 | London
The document discusses strategies for developing a total compensation strategy at three levels - corporate, business unit, and functional. It provides guidelines for aligning compensation with business strategy and objectives. Key steps in formulating a compensation strategy include assessing implications, mapping the strategy, implementing it, and reassessing periodically. Three tests can determine if the pay strategy provides a competitive advantage: alignment with business goals, differentiation from competitors, and added value or return on investment.
This document provides a fact file about Senegal in 17 questions and answers that cover topics such as location, size, population, climate, geography, languages, religion, economy, culture, and history. It also includes images of people, landscapes, cities, and cultural aspects of Senegal. Some questions are posed at the end about traditions, migration, and female genital mutilation in Senegal.
This document summarizes research on subcritical coal-fired power stations (SCPS), which are the least efficient and most polluting type of coal power plant. The researchers analyzed the global distribution of SCPS, their carbon emissions, air pollution levels near each plant, and the water stress of their locations. They found that China has the largest fleet of SCPS, which are vulnerable to new carbon policies. US and EU SCPS fleets face regulations due to their age. Indian SCPS commonly experience high water stress. The researchers ranked the 100 largest corporate owners of SCPS by these environmental exposure metrics to identify which portfolios may be most at risk of stranding due to new regulations.
National Oceanography Centre - 5th annual meetingbis_foresight
Sir Mark Walport, the UK's Chief Scientific Adviser, gave the keynote presentation at the 5th annual meeting of the National Oceanography Centre Association. He identified the major research questions for oceanography in the next decade, including understanding climate change through observations and modeling, improving seasonal weather predictions, exploring biodiversity and ecosystem functions, assessing resources from the seafloor, and utilizing new technologies. Walport stressed the importance of the NOC maintaining the UK's environmental science infrastructure, contributing to resilience and strategic planning, and continuing its public outreach on the importance and fascination of ocean science.
Putting the Co-operative into Co-operative Research Centre - Trench & Sykes -...John Sykes
The document discusses strategies for effective cooperation within Cooperative Research Centres (CRCs). It notes that cooperation is most effective when the payoffs are higher than working alone, stakeholders are balanced and aligned, and there is mutual trust and respect. However, achieving effective cooperation can be challenging, as stakeholders may have contradictory desires or priorities that cause innovation to become incremental rather than transformative. The document also draws from research by Adam Grant on different types of individuals - givers, takers, and matchers - and how successful cooperation involves a balance of these types working towards shared goals. It emphasizes the importance of incentivizing and inspiring cooperation through clear priorities and removing constraints.
Large scale mining projects follow a defined process from exploration to mining. Exploration begins regionally to generate targets, then progresses to more localized surveys, mapping, sampling and geophysics to define drill targets. Drilling aims to discover mineral deposits, with successful targets undergoing resource definition and feasibility studies. If studies demonstrate viability, mining and production can begin for decades, providing revenue and jobs. Large scale mines are regulated and planned to operate sustainably, in contrast to artisanal mining which can lack oversight and rehabilitation.
Australia’s food and land use system faces
a storm of converging pressures. The world’s
population is growing, expected to reach close
to 10 billion by 2050, and will have growing and
changing demands for food and fibre. At the
same time, the accelerating impacts of climate
change present major risks for farming – without
adaptive action climate change could reduce
agricultural productivity and farmer profitability
by up to 40-60 per cent by 2060i.
Meanwhile, competing demands could reduce
the amount of land available for food production.
This includes demands for timber production,
bioenergy, and urban and industrial development.
Climate change will also have profound impacts
on natural systems2. There is an urgent need for
land management changes to reduce emissions,
sequester carbon in soils, trees and other
vegetation, and to protect, restore and build
resilience of natural systems. How will we
meet these competing demands on a limited
land resource?
Producers of food, fibre and timber manage more
than half of Australia’s landmass, and are therefore
critical to any future change in land use3.
Awareness and adoption of sustainable
practices is increasing in the face of climate
risks, unreliable weather patterns, competition
for water, consumer concerns about health,
environmental and animal welfare impacts of
farming, and increasing accountability
demands from governments. Indeed, some of
the most innovative and inspiring examples
of sustainable food production and land use
originate in Australia.
The finance sector is also beginning to shift, with
investment in sustainable land use increasing
eightfold globally in the decade to 20154, and
$4.5 trillion annual global business opportunities
from investment in sustainable food and land use
identified by 20305.
This momentum is positive. However, a barrier
to improving the sustainability of land use is
the immaturity of tools and systems to enable
adequate, consistent measurement of ‘natural
capital’. These tools are a way to value the
environment and integrate this value as part
of land management, financial and policy
decision-making.
ISMTE Meeting Plenary: Around the World of Scholarly Publishingdacrotty
The document discusses many changes happening in scholarly publishing, including consolidation in the industry, a shift toward services over content, the rise of preprints, open access policies globally, issues around compliance with mandates, the role of persistent identifiers, handling data and reproducibility, addressing misconduct, article sharing options, scholarly collaboration networks, piracy, and improving authentication and user experience. It touches on these topics briefly across regions like Asia, Africa, Europe, North America, and Latin America. The presentation provides an overview of the major trends and challenges facing scholarly publishers in an increasingly digital world.
Introduction - Natasha Simons
Research Data Management workshop at the iSchools Data Science Winter Institute, 7-9 December 2017, University of Hong Kong
Canada's mineral exploration industry - 101Nadim Kara
An introductory overview to mineral exploration, focusing on exploration done by Canadian companies outside of Canada. Outlines the main types of risk faced by mineral explorers. Role of trade commissioner service in providing support and advice.
Creating a Thriving Workplace: A conversation about the successes and challen...CICoEPilot
The CI CoE Pilot and CI4Resilience project is are hosting a one-day workshop on June 29 for NSF Major Facilities (MFs), on creating a thriving workplace. At the 2019 NSF Workshop on Connecting Large Facilities and Cyberinfrastructure, participants working in MFs described needs and challenges with building and developing staff that we had not heard discussed by those working in more mainstream academic research institutions. To explore this further, the Pilot conducted a series of interviews with managers at MFs to learn more about their experiences with hiring, retention, training and mentoring, work culture, rewards and recognition, and loss of personnel. From these interviews we learned more about how MFs grow and develop their staff, what aspects of their staffing situations appear to be unique to working in an MF, and what aspects tend to resemble more typical academic research institutions. To continue to fulfill our mission of supporting and fostering the work of MFs, we are hosting this workshop to provide a forum for discussion and idea-sharing around professional development issues specific to MFs.
An Atoll Futures Research Institute? Presentation for CANCCNAP Global Network
Presentation by Professor Jon Barnett, University of Melbourne, at the Coalition Of Low-Lying Atoll Nations on Climate Change (CANCC) peer learning cohort workshop on “National Adaptation Planning With a Focus on Coastal Adaptation” in North Malé Atoll, Maldives, between May 1 - May 3, 2024.
The document summarizes the Oxford Climate Forum: Autumn 2014 conference that took place on November 21st-22nd, 2014. The conference brought together students, professionals, academics and businesses to understand and take action on climate change. It featured keynote speakers and panel discussions on topics like food security, communication, transport, politics, business, outreach and policy. The goal of the conference was to empower and inspire attendees to take small actions to strengthen climate action, both individually and collectively, in the lead up to the 2015 Paris negotiations.
The document summarizes the Oxford Climate Forum: Autumn 2014 conference that took place on November 21st-22nd, 2014. The conference brought together students, professionals, academics and businesses to understand and take action on climate change. It featured keynote speakers and panel discussions on topics like food security, communication, transport, politics, business, outreach and policy. The goal of the conference was to stimulate discussion on climate change issues and inspire attendees to take small actions to strengthen climate action momentum leading up to the Paris climate negotiations in 2015.
The document discusses haulage and landform optimization services provided by Xenith, including waste placement optimization, truck selection studies, and final landform modelling. It lists their office locations in Singleton, Sydney, and Brisbane and notes that haulage typically accounts for 35% of operating costs, and optimization can deliver 5-10% cost reductions. The document also provides examples of Xenith's experience in undertaking landform and haulage studies since 2010.
Ag Innovation Investment in Australia: An International Challenge or OpportunityRichard Dickmann
Richard Dickmann presented on agricultural innovation investment in Australia. He discussed the challenges of global agricultural R&D including high costs, long development timelines, and the need for international collaboration. While Australia has some opportunities like world-class universities and research organizations, it also faces challenges such as distance from major markets, funding limitations, and difficulties collaborating across borders. However, with a focus on building skills in global collaboration and defending core research structures, Australia can both access important global technologies and contribute to innovation as a leader in areas like plant breeding.
Our Task 24 talk presenting the exciting CHS hospital building manager pilot at the Behavior, Energy & Climate Change conference in Sacramento, October 2017
Corporate presentation - Manuel de Leon ICSUIcsu Lac
Presentation of Manuel de León, member of the Executive Board of ICSU, for the #ICSUFocalPointsinLAC workshop in Universidad de Panamá March 9-10, 2015
Mineral Economics for Geologists: Take the Test Now! (Dec 2013 - Centre for E...John Sykes
This course is ideal for technical professionals across the mineral exploration, mining and mineral processing industries as a foundation in economic concepts and strategic decision-making in the minerals industries and as a primer for the transition between purely technical roles and management roles.
Similar to Transforming exploration - Sykes et al - Sep 2016 - Centre for Exploration Targeting / The University of Western Australia (20)
This document outlines the author's PhD journey and research process. It describes how the author initially hypothesized that copper supply issues were due to development constraints, but later realized exploration was actually discovery constrained. The author then developed scenario plans to test the resilience of existing copper mines and projects to an uncertain future, but found they generally failed. This led the author to pursue new ideas for mineral exploration beyond analyzing past trends. The document discusses the value of scenario planning but also its limitations in generating truly novel solutions.
Exploration and discovery: Do frameworks and organisation matter?John Sykes
Framing business complexity in exploration:
First, some things around risk & value complexities…..
Then, some thinking around everyday frameworks and standards…..
Some thoughts on a framework for project-level complexity…
And a simple example: The Sinclair Zone Cesium Mine, Western Australia
Finally, the exploration organisation study that keeps on giving…
A global overview of the geology and economics of lithium productionJohn Sykes
Lithium demand is growing fast, driven by a wide range of battery applications, which are in turn changing the structure of
demand, the lithium supply chain and potentially raw material requirements though much still remains uncertain;
•
Geologically ‘brine’ salars and ‘hard rock’ pegmatites remain the most important lithium deposit types in terms of
production and undeveloped resources, however, there are some interesting emerging sedimentary / clay deposits and
unconventional brine concepts and lithium remains very ‘under explored’ globally;
•
Spodumene pegmatites in Australia are the fastest growing source of supply, however, long term competitiveness may be
dependent on successful downstream integration targeting the battery industry;
•
The concept of a Western Australian ‘Lithium Valley’ is possible, despite high costs, due to the number of quality mines,
proximity to Asia, and the unit reduction in freight costs associated with the low grade spodumene concentrate , in addition
to the ‘cluster effect’ of many minerals businesses, specialists and students;
•
The ‘green’ association of lithium use presents a challenge of ‘strategic coherence’ to explorers and miners impacting
decisions around exploration, mining, investors, stakeholders, and leadership;
•
But remember, we are in an unsustainable ‘lithium boom’ of high prices and high volume growth future long term growth
of the industry is reliant on structurally lower prices, and thus structurally lower costs.
Australia's advantage on the periodic table and the significance of emerging ...John Sykes
Opportunities are not equal
Some nearer ‘break out’ than others fewer solutions
required
Some challenges are more ‘resolvable’ than others
Some ‘break outs’ will be bigger than others
Key is to focus on those ‘near breakout’ with resolvable (i.e.
technical, geological) issues, and that have a big pay off
My PhD Or: How I Learned To Stop Worrying And Love Mining Or: Using Scenarios...John Sykes
Explorers, exploration teams, and exploration companies will require a broader skill set in the future including:
• a better philosophical understanding of the nature of exploration and discovery
• better understanding of the cognitive processes involved in exploration and discovery;
• developing strategies and capabilities to effectively enter emerging commodity markets;
• building a diverse exploration culture to bring in ideas from other industries and disciplines;
• switching from a focus on economic value to shared value;
• developing a stronger innovation and technology culture;
• encouraging creativity and ideation;
• linking short and long term thinking;
• improving the image of exploration;
• monitoring local and global socio political, economic and technological trends and
• measuring and understanding the potential impact of these trends;
• encouraging a collective approach to ‘big exploration’.
Perhaps with these capabilities we can resolve the ‘discovery constraint’ on the minerals industry.
A Mining and Exploration Industry Perspective on the Energy TransitionJohn Sykes
The transition to renewable energy from fossil fuels will both fundamentally change the structure of minerals demand, and the process of mining. The mining and exploration sector in its current form may struggle to re-align mineral production to match these new demand patterns, whilst at the same time undergoing a significant shift in production technology.
The ‘CET Scenarios’ Programme was established to investigate structural discontinuities, of this kind, in the future of mining. One discontinuity investigated was the energy transition. Two scenarios were developed: one involving a voluntary and complete energy transition driven by industrial innovation and framed by concerns over sustainable development (‘Wonderland’); and another with a forced and partial energy transition driven by government and framed by geopolitical (strategic) concerns over raw materials security (‘1984’).
Following the development of the scenarios further research was conducted into the interaction of the mining and exploration sector with the energy transition, sustainable development and resource security, with the aim of better informing corporate strategy.
The strategic recommendations to the mining and exploration sector for re-aligning with changing, but unknown minerals demand patterns, and exploration and production technologies, included techniques for monitoring ‘progress in transition’, ‘horizon scanning’, market analysis, capabilities analysis, and ensuring strategic coherence.
An emphasis was placed on developing creative, social, adaptable and varied thinking skills amongst mining and exploration sector professionals and researchers.
NOTE: This presentation was made in 2018 not 2011!!!
Strategic Thinking About Long-Term 'Above Ground' Orebody Complexity Using Sc...John Sykes
AIMS:
1. Explain what is wrong with strategic planning and why we need scenarios;
2. Explain what scenarios are (and their many variants);
3. Show an example of a scenarios programme: the CET ‘Future of Exploration’ Scenarios
4. MAIN FOCUS: Discuss the benefits of scenarios as a strategic thinking tool
Graphite mining and the energy transition - Sykes - Nov 2017 - MinEx ConsultingJohn Sykes
This presentation is also available on the MinEx Consulting website, along with a number of other detailed presentations on minerals exploration. All are free to download: http://www.minexconsulting.com/publications/nov2017.html
Scenario planning to improve exploration - Sykes - Nov 2017 - Centre for Expl...John Sykes
The document summarizes the journey and evolution of the author's PhD research topic. It began focused on analyzing existing copper mine projects and reserves but encountered problems incorporating uncertainty about future economic, technical, environmental and socio-political conditions. The research then shifted to using scenario planning to test the adaptability of mining projects to different futures. This identified limitations in applying traditional portfolio approaches. The research further expanded to consider how explorers could discover deposits better aligned with future demands and paradigms around sustainability. The author ultimately framed the question around the mining industry's transition to an unknown future.
Renewable energy and battery metals - Sykes & Trench - Nov 2017 - Centre for...John Sykes
The document discusses the renewable energy transition's impact on battery and strategic metal markets. It notes that increased demand for renewables and energy storage is creating new opportunities for metals but also straining supply chains. Some metals like rare earths are becoming "critical" due to potential restrictions on production from geopolitical, environmental or social factors. While mining companies and investors initially piled into battery and energy metals markets, growth has been uneven and some companies have faced failures or bankruptcies. The document examines evidence of past transformative metal market growth and considers which energy metals may have the most potential for growth but also the least constraints, though environmental and social issues add further complexity to projections.
Globalisation & sustainability in mining - Sykes et al - Sep 2017 - Centre fo...John Sykes
This document summarizes a presentation on scenarios for the future of mining considering changing views on globalization and sustainability. It describes four "Dickensian" scenarios named after characters in A Christmas Carol: Scrooge, Marley, Cratchit, and Fezziwig. Scrooge represents a protectionist view focused on profits. Marley favors globalization and free trade for profits. Cratchit prioritizes protectionism and shared value. Fezziwig promotes globalization of shared value. The scenarios draw on shifting political views around these issues to speculate on implications for the mining industry in the long term.
Western Australian Iron Ore - Laurent et al - Jul 2017 - UWA Business SchoolJohn Sykes
This document provides an overview and interpretation of key events in the global iron ore market between 2002-2016. It discusses how rapid growth in Chinese demand and imports led to a price boom that encouraged increased supply, both from high-cost producers and more efficient major Australian producers. While the majors were able to maintain production, many smaller producers struggled after 2014 when demand and prices declined from record highs. The document analyzes factors such as the cost curves of different producers and China's changing production and import levels that influenced market conditions over this period.
Mining and renewable energy scenarios - Sykes - Jun 2017 - Centre for Explora...John Sykes
John Sykes conducted scenario planning exercises to explore the future of minerals exploration and the mining industry. He generated four sets of scenarios through individual and group exercises with professionals from various fields. The scenarios explored how factors like technological development, economic conditions, environmental and social issues, and geopolitics could impact the mining industry. One set of scenarios specifically looked at how the transition to renewable energy could influence the mining sector and present opportunities to explore for minerals needed for green technologies. The scenarios suggested several possible futures for how the energy transition might unfold and its effects on mining.
Sandstone gold endowment - Davies et al - Apr 2017 - Centre for Exploration T...John Sykes
1) The document analyzes the gold endowment potential of the Sandstone Greenstone Belt in Western Australia by comparing it to the better explored Agnew Gold Camp using a mineral systems framework.
2) It estimates the total residual gold endowment of the oxide zone to be 2.2 million ounces and the total potential primary zone endowment to be 12.1 million ounces based on similarities between the two areas.
3) Applying this mineral systems resource assessment approach at different scales across the entire Yilgarn Craton could help identify relatively underexplored areas with high prospectivity.
Energy transition: mining perspective - Sykes et al - Feb 2017 - Centre for E...John Sykes
This document discusses the energy transition from a mining and exploration industry perspective. It covers topics like batteries, renewable energy sources, battery metals, renewables metals, supply and demand trends, price volatility, case studies, and scenarios for how the energy transition may progress. Diagrams show historical growth trends for various metals and the potential constraints on future supply. The conclusion discusses different paradigms and scenarios for how geopolitics and business capabilities may influence winners and losers.
The Energy Transition: Miners Perspective - Sykes et al - Nov 2016John Sykes
The document discusses the energy transition underway as the world shifts from fossil fuels to renewable energy sources and electric vehicles. This transition is creating new opportunities for metals used in batteries and renewable technologies, but the growth in demand and markets for these "energy metals" has been mixed so far. The mining sector and investors have invested heavily in lithium, rare earths, and other energy metals in recent years. However, navigating the complex energy transition will be challenging, as major market shifts have occurred unpredictably in the past and were complicated by technological innovations and societal changes. The transition presents opportunities but also uncertainties that explorers, miners and investors must navigate carefully.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
Climate Change All over the World .pptxsairaanwer024
Climate change refers to significant and lasting changes in the average weather patterns over periods ranging from decades to millions of years. It encompasses both global warming driven by human emissions of greenhouse gases and the resulting large-scale shifts in weather patterns. While climate change is a natural phenomenon, human activities, particularly since the Industrial Revolution, have accelerated its pace and intensity
ENVIRONMENT~ Renewable Energy Sources and their future prospects.tiwarimanvi3129
This presentation is for us to know that how our Environment need Attention for protection of our natural resources which are depleted day by day that's why we need to take time and shift our attention to renewable energy sources instead of non-renewable sources which are better and Eco-friendly for our environment. these renewable energy sources are so helpful for our planet and for every living organism which depends on environment.
Presented by The Global Peatlands Assessment: Mapping, Policy, and Action at GLF Peatlands 2024 - The Global Peatlands Assessment: Mapping, Policy, and Action
Epcon is One of the World's leading Manufacturing Companies.EpconLP
Epcon is One of the World's leading Manufacturing Companies. With over 4000 installations worldwide, EPCON has been pioneering new techniques since 1977 that have become industry standards now. Founded in 1977, Epcon has grown from a one-man operation to a global leader in developing and manufacturing innovative air pollution control technology and industrial heating equipment.
Improving the viability of probiotics by encapsulation methods for developmen...Open Access Research Paper
The popularity of functional foods among scientists and common people has been increasing day by day. Awareness and modernization make the consumer think better regarding food and nutrition. Now a day’s individual knows very well about the relation between food consumption and disease prevalence. Humans have a diversity of microbes in the gut that together form the gut microflora. Probiotics are the health-promoting live microbial cells improve host health through gut and brain connection and fighting against harmful bacteria. Bifidobacterium and Lactobacillus are the two bacterial genera which are considered to be probiotic. These good bacteria are facing challenges of viability. There are so many factors such as sensitivity to heat, pH, acidity, osmotic effect, mechanical shear, chemical components, freezing and storage time as well which affects the viability of probiotics in the dairy food matrix as well as in the gut. Multiple efforts have been done in the past and ongoing in present for these beneficial microbial population stability until their destination in the gut. One of a useful technique known as microencapsulation makes the probiotic effective in the diversified conditions and maintain these microbe’s community to the optimum level for achieving targeted benefits. Dairy products are found to be an ideal vehicle for probiotic incorporation. It has been seen that the encapsulated microbial cells show higher viability than the free cells in different processing and storage conditions as well as against bile salts in the gut. They make the food functional when incorporated, without affecting the product sensory characteristics.
Microbial characterisation and identification, and potability of River Kuywa ...Open Access Research Paper
Water contamination is one of the major causes of water borne diseases worldwide. In Kenya, approximately 43% of people lack access to potable water due to human contamination. River Kuywa water is currently experiencing contamination due to human activities. Its water is widely used for domestic, agricultural, industrial and recreational purposes. This study aimed at characterizing bacteria and fungi in river Kuywa water. Water samples were randomly collected from four sites of the river: site A (Matisi), site B (Ngwelo), site C (Nzoia water pump) and site D (Chalicha), during the dry season (January-March 2018) and wet season (April-July 2018) and were transported to Maseno University Microbiology and plant pathology laboratory for analysis. The characterization and identification of bacteria and fungi were carried out using standard microbiological techniques. Nine bacterial genera and three fungi were identified from Kuywa river water. Clostridium spp., Staphylococcus spp., Enterobacter spp., Streptococcus spp., E. coli, Klebsiella spp., Shigella spp., Proteus spp. and Salmonella spp. Fungi were Fusarium oxysporum, Aspergillus flavus complex and Penicillium species. Wet season recorded highest bacterial and fungal counts (6.61-7.66 and 3.83-6.75cfu/ml) respectively. The results indicated that the river Kuywa water is polluted and therefore unsafe for human consumption before treatment. It is therefore recommended that the communities to ensure that they boil water especially for drinking.
WRI’s brand new “Food Service Playbook for Promoting Sustainable Food Choices” gives food service operators the very latest strategies for creating dining environments that empower consumers to choose sustainable, plant-rich dishes. This research builds off our first guide for food service, now with industry experience and insights from nearly 350 academic trials.
Transforming exploration - Sykes et al - Sep 2016 - Centre for Exploration Targeting / The University of Western Australia
1. TRANSFORMING
THE FUTURE OF
MINERALS
EXPLORATION
John P. Sykes, MAusIMM 1,2, Allan Trench, FAusIMM 1,3,4, T. Campbell McCuaig, MAusIMM 1,5,
Tim Craske 6, Joe Dwyer 7, Naren Subramaniam 3,8,Siobhan Sullivan 9,10,† & Will Turner11
1. Centre for Exploration Targeting, The University of Western Australia
2. Greenfields Research Ltd., United Kingdom
3. Business School, The University of Western
4. CRU Group Ltd., United Kingdom
5. BHP Billiton plc., Australia
6. Thinkercafe, Geowisdom Pty Ltd., Australia
7. HiSeis Pty Ltd., Australia
8. Transmin Pty Ltd., Australia
9. School of Plant Biology, The University of Western Australia
10. Botanic Gardens and Parks Authority of Western Australia
11. Independent Geological Consultant, Australia
† Today’s presenter
6 September 2016
AusIMM New Zealand Branch Conference: Wellington, New Zealand
2. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
What is the future of minerals exploration?
• What will we be exploring for?
• Where will we be exploring?
• How will we be exploring?
• Who will be doing the exploring?
• Who will pay for the exploration?
• In summary, what is the future, high-level
‘strategic’ approach to exploration?
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 2 of 32
3. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
The future of minerals exploration scenarios
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Literaturereviewandconceptualplanning
•Undertakenthroughout2013-4
•Oneresearcher:JohnSykes
•PublishedatSEGAnnualConferenceinOctober2014
•Reference:Sykes&Trench(2014a)
•Focusonunderstandinglongtermperspectivesonthemining
industrywithscenarioplanningattheemergenttoolforproblem
solving
Group scenario planning
trial
• Workshop in early June 2016
• Deductive and inductive
approach
• Three researchers: John
Sykes, Allan Trench &
Campbell McCuaig
• Six participants: All CET PhD
students
• To be published at the World
Renewable Energy Congress in
February 2017
• Reference: Sykes et al. (2017)
• Emergent focus on the energy
transition
Individual scenario
planning trial
• Undertaken throughout 2015
• Deductive approach
• Two researcher participants:
John Sykes & Allan Trench
• Published at AusIMM
International Mine Management
Conference in August 2016
• Reference: Sykes & Trench
(2016)
• Emergent focus on mineral
economic cycles over time
Expert scenario planning
workshop 1
• Workshop in mid-June 2016
• Deductive and inductive
approach, with emergent
transformative approach
• Three researchers: John
Sykes, Allan Trench &
Campbell McCuaig
• Nineteen participants: Experts
in exploration, mining,
renewables, commerce and
environment from industry and
academia
• Four guest speakers: Mining
law, history, economic geology
and sustainability
• Published at AusIMM New
Zealand Branch Conference in
September 2016
• Reference: Sykes et al. (2016)
• Emergent focus on technology,
skills and social licence
STAGE 1
STAGE 2
STAGE 3
STAGE 4
Expert scenario planning
workshop 2
• Workshop in late-June 2016
• Deductive and inductive
approach
• Three researchers: John
Sykes, Allan Trench &
Campbell McCuaig
• Twenty-four participants:
Experts in exploration, mining,
commerce, environment and
society from industry and
academia
• Four guest speakers: Mining
technology, indigenous
relations, Asian commerce and
leadership
• Yet to be published (planned
2016-17).
• Focus on synthesizing the
previous workshops
STAGE 0
Synthesis&communication
(planned2016-17)
STAGE 5
THIS PRESENTATION
Slide 3 of 32
4. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
THE TRADITIONAL APPROACH:
‘SMALL’ EXPLORATION
TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 4 of 32
5. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Business strategy is traditionally ‘rationalist’
MOVES TOWARDS A GOAL:
• Traditional ‘rationalist’ strategy;
• Focused on ‘predicting and controlling’ the
‘transactional environment’ e.g. competitors,
suppliers, regulators, investors;
• Objective – there is a ‘best’ strategy, which can
be worked out with enough analysis and then
pursued;
• Military & sporting analogies – reflecting
interaction with transactional environment e.g.
competition, supply chains;
• Mechanical & machine analogies – reflecting
objective, predictive approach.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
COMPANY
TRANSACTIONAL
ENVIRONMENT
Competitors Investors
NGOs
Regulators
Suppliers
Clients
Employees
Based on: Van der Heijden, 2005; Ramirez & Van der Heijden, 2007; Ramirez & Wilkinson, 2016
Slide 5 of 32
6. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Traditional exploration strategy also rationalist
MOVES TOWARDS A GOAL:
• Conceptually also a rationalist ‘traditional business
strategy’;
• Moving out across the world and finding new ore
deposits;
• Whilst also beating your rivals to the prize – as
there are objectively better places to explore;
• Aim is predict where the best deposits will be &
gain control of the land, then detect the deposit;
• The transactional environment covers the whole
world – it’s just a matter of getting there;
• Also known as ‘small’ exploration.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Based on: Van der Heijden, 2005; Ramirez & Van der Heijden, 2007; Ramirez & Wilkinson, 2016; Trench, 2016
EXPLORER
TRANSACTIONAL
ENVIRONMENT
Competitors
InvestorsNGOs
Regulators
Suppliers
Mineral deposits
Employees
Slide 6 of 32
7. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
New technology & skills to predict & control
• Exploration is technology and skills
focused;
• Traditionally used to open up the
‘transactional environment’;
• Aim of finding new deposits before
competitors;
• Mitigates increasing maturity of
exploration ‘search space’;
• A ‘rationalist’ approach – predict
and control;
• The scenarios workshop initially
started out in this mindset focused
on technology.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Workshop photo courtesy of Will Turner
Slide 7 of 32
8. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
THE CURRENT APPROACH:
‘SHRINKING’ EXPLORATION
TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 8 of 32
9. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Business strategy has since ‘evolved’
MOVES AWAY FROM CONSTRAINTS:
• Reaction to the traditional ‘rationalist’ approach;
• The world is big, fast-changing, complex and
inherently unpredictable;
• Key strategic constraints impact from the
‘contextual environment’ (e.g. economics,
politics, society, environment) outside of the
influence of the ‘transactional environment’;
• Transactional environment seems to be
shrinking – can lead to strategic paralysis;
• Emergent – strategy is only recognised
retrospectively, from multiple small decisions;
• Ecological, adaptive & systems analogies.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Based on: Van der Heijden, 2005; Ramirez & Van der Heijden, 2007; Ramirez & Wilkinson, 2016
TRANSACTIONAL
ENVIRONMENT
COMPANY
CONTEXTUAL
ENVIRONMENT
Geo-politics
Finance Commerce
Economics Legislation
Demography
Ecology
Technology
Slide 9 of 32
10. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Broken promises and confused perceptions
• Exploration increasingly affected by the
‘contextual environment’;
• Financial (affecting funding),
environmental and socio-political
(affecting access) issues now much more
important;
• Exploration and mining suffers from poor or
mixed perceptions;
• Not helped by a track-record of broken
promises – financial, environmental and
socio-political;
• Reduced support for exploration from
financiers, employees and communities;
• Social licence and commercial licence to
operate under threat (Andrews et al., 2016).
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Why the wealth of
Africa does not make
Africans wealthy
- CNN, 22 April 2016
BHP, Vale joint
venture boss in Brazil
‘environmental crime’
probe
- The Australian, 14 July 2016
Junior explorers under
pressure as commodity
price malaise deepens
- Sydney Morning Herald,
27 Sept 2015
One in three
geologists
unemployed or
underemployed
- ABC, 16 Feb 2015
Slide 10 of 32
11. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Exploration has ‘evolved’ but is ‘shrinking’
MOVES AWAY FROM CONSTRAINTS:
• Unplanned reaction to a bigger, fast-changing,
complex and inherently unpredictable world;
• Traditional ‘rationalist’ approach impossible as
too many important ‘contextual environment’
constraints are beyond explorers control;
• Transactional environment (and places to
explore) seems to be shrinking;
• Different rules and contexts around the world
means explorers have to re-learn the strategic
environment every time they go somewhere new;
• Exploration is paralysed by the complex,
shrinking transactional environment.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Based on: Van der Heijden, 2005; Ramirez & Van der Heijden, 2007; Ramirez & Wilkinson, 2016
TRANSACTIONAL
ENVIRONMENT
EXPLORER
CONTEXTUAL
ENVIRONMENT
Geo-politics
Finance Commerce
Economics Legislation
Demography
Ecology
Technology
Slide 11 of 32
12. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
THE CAPABILITIES APPROACH:
TOWARDS ‘BIG’ EXPLORATION
TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 12 of 32
13. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
A strategic middle way can be charted
AIMS TO UNCONSTRAIN A KEY PART OF THE
STRATEGIC ENVIRONMENT:
• Known as ‘processual’ strategy, based on internal
capabilities;
• Aim is to reclaim part of the contextual
environment by extending your transactional
environment – both evolutionary and ‘controlling’;
• Key strategic skills are perception, institutional
memory and adaption (i.e. learning
organisations) – diversity is key;
• Scenario planning is an important strategic tool;
• Analogous to living organisms – adapting and
specialising in each new environment.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Based on: Van der Heijden, 2005; Ramirez & Van der Heijden, 2007; Ramirez & Wilkinson, 2016
TRANSACTIONAL
ENVIRONMENT
COMPANY
CONTEXTUAL
ENVIRONMENT
Geo-politics
Finance Commerce
Economics Legislation
Demography
Ecology
Technology
Slide 13 of 32
14. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Is there a middle way for exploration?
AIMING TO UNCONSTRAIN AREAS WE CURRENTLY
CANNOT EXPLORE:
• Build appropriate processes and capabilities in
exploration companies / teams;
• Turn the key challenges into new opportunities;
• Currently ‘constrained’ areas for exploration (both
physical and conceptual) are the next ‘new’ search
spaces;
• Diverse, adaptive, learning teams / companies that
can operate in many ‘new’ environments;
• Scenario planning could be a useful tool for
learning how to understand and respond to new
exploration environments and ‘search spaces’.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Based on: Van der Heijden, 2005; Ramirez & Van
der Heijden, 2007; Ramirez & Wilkinson, 2016
TRANSACTIONAL
ENVIRONMENT
COMPANY
CONTEXTUAL
ENVIRONMENT
Geo-politics
Finance Commerce
Economics Legislation
Demography
Ecology
Technology
Slide 14 of 32
15. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Technology & skills are influenced by context
• Technology and technical skills sometimes
seen as of limited use in tackling the ‘non-
technical’ challenges facing exploration;
• However, technology and skills do not exist in
a vacuum – they interact with society;
• Exploration technology and skills (in the
transactional environment) are thus
influenced by the contextual environment;
• Other industries have effectively used
technology and skills to improve the industry
social and commercial licence:
– Reduce impact on society;
– Resolve societal / environmental problems;
– Increase economic / social well-being;
– Attract ‘talent’ to the industry;
– Provide better returns to financiers.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Workshop photo courtesy of Will Turner
Slide 15 of 32
16. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Can technology & skills improve our reputation?
• Aim of the scenarios workshop emerged as:
– to investigate the interaction of technology
and skills in exploration and mining with
wider society;
• The key question was:
– Can technology and skills be used to
improve exploration industry reputation,
support and access, by targeting
economically viable, yet socio-politically
and environmental acceptable deposits?
• Such an approach could:
– Reduce exploration’s impact on society;
– Resolve societal / environmental problems;
– Increase economic / social well-being;
– Attract ‘talent’ to exploration;
– Provide better returns to financiers from
exploration.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Workshop photo courtesy of Will Turner
Slide 16 of 32
17. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
THE SCENARIOS: TECHNOLOGY,
SKILLS AND SOCIETAL SUPPORT
TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 17 of 32
18. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
A Tale of Two Peoples: Trapped in a Cycle
• Starting from a divided society:
– Wealthy, educated urban elite;
– Poor & uneducated in regions working in primary industries;
– Mining & exploration professionals are part of the urban elite;
• The elites control society and resources:
– Use technological sophistication and education to control societies
resources, inc. mines;
– Resources extracted at lowest cost possible to provide cheap goods for
urban elite;
– Mining and undesirable activities occur away from the urban elite,
impacting only on the regional poor;
• The division leads to revolution:
– Eventually the regional poor rise up and take control;
– Mining industries and financiers are destroyed;
– Employees are endangered;
• The cycle begins again:
– The regional poor have to resort to artisanal mining;
– Eventually, technology advances and a new elite emerges…
• An “extractionist” society:
– Society focused on extracting existing resources, rather than
discovering new resources;
– Malthusian – Fighting over ‘limited’ resources
– Akin to “The Hunger Games”.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Image: The Hunger Games
Slide 18 of 32
19. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
iWorld: Breaking the Cycle
• Starting from an open society:
– Open use of technology and innovation;
– Global collaborative projects and research;
– Global democratic institutions;
– A positive feedback loop is created with technology and innovation driving
wealth creation and distribution;
– Society becomes wealthier, more educated and technologically
sophisticated as one;
• The mining industry is a key part of society:
– The mining industry benefits from the technological; sophistication and
innovation;
– Mining is simultaneously more profitable, safer and with a reduced
environmental and socio-political footprint;
– Mining is an important, sophisticated industry able to attract the best talent;
– Mining links local operations with global ambitions so is a key part of the
socio-economic ladder – everyone has a chance to succeed;
• Humanity rises to new highs:
– A global, united, open, sophisticated society is able to take on colossal
projects, perhaps even conquering space… [where mining is also key]
• An “explorationist” society:
– Society focused on discovering and developing resources;
– Human ingenuity is essentially infinite, so global resources are also seen
as infinite;
– Akin to “Star Trek”.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Image: Star Trek
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20. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Towards ‘BIG’ exploration
• Capabilities required for the “Two Peoples” scenario:
– Ability to communicate and work with different local
communities, across a differing and fractionated world;
– Ability to locally adapt technologies and innovations as new
ideas do not travel across a divided society;
• Capabilities required for the “iWorld” scenario:
– Ability to collaborate at a global-level with multiple
government, industry and academic stakeholders;
– Ability to adopt fast-evolving new technologies and
innovations which sweep across an open access world;
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Both scenarios are fantastical, but contain important lessons for the exploration industry:
• Strategically sophisticated explorers are able to operate in both, recognise which environment they are in, and apply the relevant capabilities;
• This is the process or capability orientated strategic approach to the future of exploration;
• Explorers can generate extra ‘shared’ value for society and their corporate owners:
– Via minerals discovery (aka ‘small’ exploration); but also:
– As technology and innovation ‘hot houses’ using the small, focused, fast-moving, adaptive teams typical of the exploration industry;
– As first contact with key stakeholders be these local communities, or local, national or international government;
This is ‘BIG’ exploration (Trench, 2016)
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21. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
THE NEXT STEP:
TRANSFORMATIVE EXPLORATION
TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 21 of 32
22. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Even the best are vulnerable to collective liability
• An explorer’s [or miner’s] reputation [its social and commercial licence],
however, is affected by the ‘broken promises’ of every player in the industry
and the industry as a whole;
• When environmental disaster, social injustice, financial failure or employee
negligence occurs everyone in the industry finds their reputation damaged
and their social and commercial licence diminished;
• As such, even ‘best practice’ BIG explorers would remain vulnerable to
collective industry liability over ‘broken promises’ – their access to new
opportunities would be as diminished as everyone elses;
• Therefore there is a need to move forward together as an exploration
industry – together doing BIG exploration;
• At this stage the workshop began to progress from simply a strategic scenario
planning workshop [generating outputs useful to individual exploration teams
and companies] to transformative scenario planning [aimed at changing the
exploration industry as a whole for the better].
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Influenced by: Kahane, 2012a, 2012b
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23. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Overcoming collective vulnerability
• The two scenarios are linked:
• “iWorld” is what happens when the cycle trapping us in the
“Two peoples” scenario is broken;
• The “iWorld” scenario is clearly preferable;
• In the “Two peoples” scenario ‘small’ exploration would be
the default strategy;
• The aim should be for explorers to move from the “Two
peoples” scenario to the “iWorld” scenario – this is done via
‘BIG’ exploration;
• However, due to the collective liability of ‘broken promises’
all explorers must move towards ‘BIG’ exploration;
• Otherwise we will be dragged back to ‘small’ exploration
and the “Two peoples” scenario;
• Collective ‘BIG’ exploration becomes ‘TRANFORMATIVE’
exploration involving the whole industry.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
A Tale of Two Peoples
“Trapped in a cycle”
iWorld
“Breaking the cycle”
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24. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
Towards ‘TRANSFORMATIVE’ exploration
Local “Two Peoples” scenario
Local “iWorld” scenario
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Both scenarios exist at different places and times in the present world
‘Small’ exploration ‘BIG’ exploration
Global “iWorld”
‘Small’ exploration ‘BIG’ exploration
Collective ‘BIG’ exploration aka ‘TRANSFORMATIVE exploration
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25. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
But how?
• Collective ‘TRANSFORMATIVE’ response to shrinking exploration
opportunities is the only way to mitigate the collective liability of ‘broken
promises’;
• Additional skills likely to be required by explorers:
– Technology adoption and adaption;
– Major global collaboration and local authenticity;
• Areas of knowledge required by a future explorer:
– Focused knowledge (of exploration);
– Inter-disciplinary knowledge of the technical and non-technical aspects of
mining (the ‘transactional environment’)
– Broad knowledge of the world beyond mining (the ‘contextual
environment’)
– The ability to connect all of this together (systems and scenario thinking)
• We need to train exploration professionals more broadly and create
broader skilled, more diverse exploration teams;
• This will require the efforts of individuals, companies, educators and
professional organisations: How can the AusIMM help?
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Focused
Knowledge
Inter-disciplinary
Knowledge
Broad
Knowledge
Systemic
Thinking
Source: Sykes & Trench, 2014b
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26. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
CONCLUSIONS
TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 26 of 32
27. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
TRANSFORMING EXPLORATION
• Traditional exploration was rationalist – travelling where we wanted in the world, and using whatever technology
and skills were needed to unveil new deposits;
• However, exploration technology and skills have become constrained by many external factors – economic,
environmental, socio-political etc;
• We need to turn these constraints into opportunities – these are new exploration search spaces so important
exploration opportunities;
• Diverse teams and a scenario mindset are required to learn about and adapt to these new search spaces;
• Technology and skills can be used to improve industry reputation and open up new search spaces, by helping
discover and develop deposits that are economically, environmentally and socially viable;
• Future explorers (BIG explorers) will be the first contact with communities, securing social licence;
• Future explorers (BIG explorers) will act as technological hot houses attracting the best talent to the industry;
and acting as a ladder for economic and social elevation;
• However, the mining industry remains collectively vulnerable to ‘broken promises’ which affect everyone’s
reputation – even the best, BIG explorers;
• As such we need to transform the whole exploration industry, so that everyone explores in a ‘BIG’ way, and the
whole search space (or transactional environment) increases – TRANSFORMATIONAL exploration.
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 27 of 32
28. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
PRESENTATION FUNDED BY:
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
www.thinkercafe.orgwww.cet.edu.au www.uwa.edu.au
Slide 28 of 32
29. THANK YOU
CONTACT DETAILS
John P. Sykes: john.sykes@research.uwa.edu.au
Allan Trench: allan.trench@uwa.edu.au
T. Campbell McCuaig: campbell.mccuaig@uwa.edu.au
Tim Craske: timcraske50@gmail.com
Joe Dwyer: j.dwyer@hiseis.com
Naren Subramaniam: naren.subramaniam@googlemail.com
Siobhan Sullivan: siobhan.t.sullivan@research.uwa.edu.au
Will Turner: william.ja.turner@gmail.com
AusIMM New Zealand Branch Conference
Wellington, New Zealand: 4-6 September 2016
30. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
SCENARIOS TEAM
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New Zealand
Team photo courtesy of Will Turner
Slide 30 of 32
31. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
SCENARIOS TEAM
Investigators
• John Sykes: Centre for Exploration Targeting (CET),
University of Western Australia (UWA)
• Allan Trench: Business School / CET, UWA
• Campbell McCuaig: BHP Billiton / CET, UWA
Participants
• Aida Carneiro: Mining Engineering, UWA
• Aaron Colleran: Evolution Mining
• Tim Craske: Geowisdom
• Liz Dallimore: KPMG
• Deon deBruin: Diamond Indicator Minerals
• Edoaldo Di Dio: Calibre Projects
• Joe Dwyer: HiSeis
• Chris Gonzalez: CET, UWA
• Paul Hodkiewicz: Anglo American
• Amy Imbergamo: Environmental Science, UWA
• Heta Lampinen: CET, UWA
• Sandra Occhipinti: CET, UWA
• Narendran Subramaniam: Transmin / Business
School, UWA
• Siobhan Sullivan: Plant Biology, UWA / Botanic
Gardens & Parks Authority of Western Australia
• Daniel Sully: Teck
• Marcus Tomkinson: MMG
• Will Turner: Independent Geological Consultant
• Stanislav Ulrich: AngloGold Ashanti
• Wenchao Wan: Chemical Engineering, UWA
Guest speakers
• David Groves: CET, UWA
• Martin Lynch: Author “Mining in World History”
• John Southalan: Law School, UWA
• Jessica Volich: BHP Billiton
6 Sept 2016
AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 31 of 32
32. TRANSFORMING THE FUTURE OF MINERALS EXPLORATION
REFERENCES
This presentation
• Sykes, J.P., & Trench, A., 2016, Strictly Boardroom: The light and dark side of education and technology, MiningNewsPremium.net, 4 July:
http://www.miningnews.net/insight/strictly-boardroom/the-light-and-dark-side-of-education-and-technology/
• Sykes, J.P., Trench, A., McCuaig, T.C., Dwyer, J., Subramaniam, N., Sullivan, S.T.M., & Turner, W., 2016, Transforming the future of minerals
exploration, AusIMM New Zealand Branch Conference, Wellington, 4-6 September.
Other relevant references
• Andrews, T., Harman, J., Horgan, M., & Volich, J., 2016, ‘Future licence to prosper’ key to unlock mining sustainability, CET News and Events, 19 February: http://www.cet.edu.au/news-and-media/news/news-
details/2016/02/19/future-licence-to-prosper-key-to-unlock-mining-sustainability
• Kahane, A., 2012a, Transformative scenario planning: changing the future by exploring alternatives, Strategy & Leadership, 40 (5), pp 19-23.
• Kahane, A., 2012b, Transformative scenario planning: working together to change the future. 168p, Berrett-Koehler Publishers, Oakland, CA.
• Ramirez, R., & Van der Heijden, K., 2007, Scenarios to develop strategic options: a new interactive role for scenarios in strategy. In: Scenarios for Success, Sharpe, B., & Van der Heijden, K., eds, pp 89-119, John
Wiley & Sons, Chichester, UK.
• Ramirez, R., & Wilkinson, A., 2016, Strategic reframing: the Oxford Scenario Planning Approach. 242p, Oxford University Press, Oxford, UK.
• Trench, A., 2016, Strictly Boardroom: Towards big exploration, MiningNewsPremium.net, 11 January: http://www.miningnews.net/insight/strictly-boardroom/towards-big-exploration/
• Van der Heijden, K., 2005, Scenarios: the art of strategic conversation. 2nd ed. 356p, John Wiley & Sons, Chichester, UK.
Other related work by the authors
• Sykes, J.P., & Trench, A., 2014a, Chapter 14: Finding the copper mine of the 21st century: conceptual exploration targeting for hypothetical copper reserves. In: Special publication 18: Building exploration capacity
for the 21st century, Kelley, K.D., & Golden, H.C., eds, pp 273-300, Society of Economic Geologists, Boulder, CO.
• Sykes, J.P., & Trench, A., 2014b, Resources versus reserves – towards a systems-based understanding of exploration and mine project development and the role of the mining geologist, AusIMM International
Mining Geology Conference, Adelaide, SA, 18-20 August, pp 243-270.
• Sykes, J.P., & Trench, A., 2016, Using scenarios to investigate the long-term future of copper mining and guide exploration targeting strategies, AusIMM International Mine Management Conference, Brisbane,
QLD, 4-6 September, pp 265-289.
• Sykes, J. P., Trench, A., & McCuaig, T.C., 2017, The energy transition: a mining and exploration industry perspective, World Renewable Energy Congress, Perth, WA, 5-9 February, in press.
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AusIMM New Zealand Branch Conference, Wellington, New ZealandSlide 32 of 32