Life Cycle of a Mine: From Planning to Rehabilitation
View the full-size infographic by clicking here.
Mining provides the critical minerals and metals needed for modern society to function. However, if these resources are not properly managed, mining activity can impact local environments and biodiversity.
For this reason, the mines of today prepare for a rehabilitated landscape right from the beginning, in a process known as “progressive reclamation”.
Today’s infographic comes to us from Natural Resources Canada, a government entity which funded the development of the Canadian Minerals and Metals Plan that supports sustainable mining practices throughout its lifecycle.
What is Progressive Mine Reclamation?
The process of progressive reclamation, also known as rehabilitation, plans for post-closure activities during the mining process, from before the first bit of dirt is moved to when the last truck leaves the mine.
There are three stages to the mining process, each with their own associated activities to plan for mine reclamation.
- Before Mining: Integrated mine planning for closure and reclamation
- During Mining: Planning for climate change impacts and land use
- After Mining: Closure and reclamation
While these are distinct stages, three continuous processes occur throughout the sequence of the mining life cycle:
- Continuous monitoring
- Continuous engagement with Indigenous Peoples, communities, and regulators
- Continuous updates to ensure closure and reclamation plans complement any modifications to the mine plan
- Solar panel farms
- Biofuel production
- Recreational and tourist use
Each process is meant to be inclusive, continuous, and responsive to the constantly changing environment to ensure there is flexibility and preparedness to adapt as necessary.
1. Before Mining
The rehabilitation process starts before mining begins. The permitting process for mine development requires closure and reclamation plans.
2. During Mining
An area of the mine can be reclaimed even as other parts of the mine are in operation. Mitigating the impacts of land disturbance during operations are critical to return the land to a viable state.
Climate change impacts can affect operations, and mine operators should account for this in ongoing processes to ensure successful closure and reclamation.
Water treatment facilities process surface and mine waters to ensure compliance, water recycling, and watershed management. This is all under the eye of continuous monitoring of the movement of earth and materials.
3. After Mining
Once the mining process is complete, mining companies can return the land to a natural state and prepare for post-closure reuse. Mine closure and rehabilitation activities need to take local environmental conditions into account. Evidence of the mining operation must be removed as much as possible.
Part of this process means the continued relationship with the people, community, and lands affected. Mining companies can re-purpose for other uses, including:
By incorporating local and traditional knowledge into planning and working with Indigenous Peoples and communities, modern practices and local knowledge can restore the land in a way that also brings benefits to the local community.
The Canadian Minerals and Metals Plan
Mining operations can generate opportunities for new businesses to create local benefits. Reverting mines to a rehabilitated state will ensure that the landscape can continue to support life for centuries to come.
The Canadian Minerals and Metals Plan supports this vision of progressive mine rehabilitation, to ensure Canada remains a responsible mining powerhouse for generations to come.
The 26-Year History of ETFs, in One Infographic
This graphic timeline highlights how the exchange-traded fund (ETF) came into existence, as well as the 26-year history of ETFs as an investment vehicle.
The 26-Year History of ETFs, in One Infographic
In recent decades, there have been many breakthrough technologies that have re-shaped the nature of entire industries.
In finance, perhaps the most notable disruption has come from the rise of the exchange-traded fund (ETF) — an investment vehicle that has quadrupled in size over the last decade alone. But how did the ETF originate, and how has its use evolved through to today?
Today’s infographic comes to us from iShares by BlackRock, and it shows how the ETF has gone from an obscure index tracking tool to becoming a mainstream investing vehicle that encompasses trillions of dollars of assets around the world.
The Origin and History of ETFs
ETFs emerged out of the index investing phenomenon in the late 1980s and early 1990s, and there are two early examples that can be referenced as a starting point:
- Index Participation Shares – 1989
This initial attempt to create an ETF was set to track the S&P 500, and garnered significant investor interest. However, it was ruled to work like a futures contract according to a federal court in Chicago, so it never made it to the exchange.
- Toronto 35 Index Participation Units – 1990
These were a warehouse, receipt-based instrument that tracked Canada’s major index, the TSE-35. They allowed investors to participate in the performance in the index, without owning individual shares of stocks in the index.
Since these pioneering ETF endeavors, the investment vehicle has caught on in popularity — and it is now clear that ETFs provide a range of important benefits to investors, such as: low costs, liquidity, diversification, tax efficiency, flexibility, accessibility, and transparency.
Key Milestones in U.S. ETF History:
- 1993 – The First ETF launches in the U.S., tracking the S&P 500
- 1998 – Sector ETFs debut, tracking individual S&P 500 sectors
- 2004 – The first U.S.-listed commodity ETF is formed, offering exposure to gold bullion
- 2008 – Actively-managed ETFs get the green light from the SEC
- 2010 – Term-maturity ETFs debut, holding bonds that all mature in same year
- 2015 – First factor-based bond ETFs are launched
- 2019 – U.S.-listed ETFs hit $4 trillion in AUM, and global bond ETF AUM crosses $1 trillion
How ETFs are Used Today
Today, the U.S. ETF industry has $4.04 trillion of assets under management (AUM), covering a wide spectrum of assets including equities, bonds, alternatives, and money markets.
ETFs are now the go-to index vehicle for 78% of institutional investors, according to a study by Greenwich Associates. Here are the 10 most popular applications for ETFs based on the same data:
|Tactical adjustments||72%||Over- or underweight certain styles, regions, or countries on the basis of short term views.|
|Core allocation||68%||Build a long-term strategic holding in a portfolio.|
|Rebalancing||60%||Manage portfolio risk in between rebalancing cycles.|
|Portfolio completion||57%||Fill in gaps in a strategic asset allocation.|
|International diversification||56%||Gain efficient access to foreign markets.|
|Liquidity management||54%||Maintain exposure in a liquid investment vehicle to meet cash flow needs.|
|Transition management||44%||Facilitate manager transitions with ETFs.|
|Risk management||42%||Mitigate undesired portfolio risk and hedge asset allocation decisions.|
|Interim beta||37%||Maintain market exposure while refining a long-term view.|
|Cash equitization||37%||Put long-term cash positions to work with ETFs to minimize cash drag.|
In the 26 years since the introduction of ETFs, they have grown and evolved to cover almost every aspect of the market. The next stage of growth for the ETF will be driven by investors finding even more uses for these versatile tools.
Why Telcos Must Get in the Game for the Rise of Esports
Telcos failed to capitalize on the ‘Netflix’ opportunity — however, the birth of a new multi-billion dollar industry (esports) could change the game.
Why Telcos Must Get in the Game for the Rise of Esports
Over the last century, the world’s telecommunications companies have built out the complex infrastructure that makes the information age possible.
Hundreds of billions of dollars has been invested into phone lines, submarine cables, wireless towers, and fiber optics to connect the world. And with 5G innovations in the pipeline, the world has never been able to communicate faster and more effectively.
Despite this impressive accomplishment, telcos find themselves in an awkward situation: their revenue growth is stagnating and margins continue to shrink, all while companies like Netflix are monetizing internet bandwidth around the world.
Today’s infographic is from Swarmio Media, and it highlights challenges faced by telcos — and how they can potentially capitalize on the emergence of esports and a massive gaming market.
A Missed Opportunity
Habits around content consumption can change abruptly, and fast-moving technology companies have been able to capitalize on these changes.
That’s why, in recent years, there’s been a boom in over-the-top (OTT) media services (Netflix, Amazon Prime, Skype, etc.) that have found effective ways to operate on top of the telco infrastructure, streaming content or providing VoIP services to end consumers.
|Television||Voice & Messaging||Audio|
|Example OTT services||- Netflix|
- Amazon Prime
- Apple Music
- Internet Radio
|Global market size (2018)||$68.7 billion||$26.7 billion||$8.9 billion|
|Growth rate (2017-2018):||28%||15%||33%|
Although telcos arguably missed the boat on video streaming, voice, and messaging, there is now an emerging segment that could help fill the gap.
The rising popularity of esports could be the multi-billion dollar industry that provides telcos a much-needed growth area to better monetize their infrastructure.
The Esports Boom
In recent years, the growth in professional gaming has been explosive.
Already worth over $1 billion, the market is projected by experts to triple by 2025. Esports is regularly packing stadiums with avid fans, spawning new professional teams, and selling massive sponsorship deals.
This boom in esports – and in online multiplayer gaming in general — has created a commercial audience of digital natives that is both young and affluent. It’s a growing segment that sees gaming as a lifestyle, and they see professional esports gamers and personalities as their heroes.
The Need For Speed
Any multiplayer gamer will tell you that there is one surefire way to ruin the gaming experience: high latencies (or as they call it, “lag”). This is an area telecoms are uniquely positioned to help with, especially with the advent of edge computing technology and 5G.
When it comes to online gaming, a sophisticated edge computing system will be able to detect where each player is located, while creating a server in an optimal location that provides all the players with the same high bandwidth, low latency, and experience.
By leveraging technology that enables edge computing at scale, forward-looking telcos can take gamers to where they want to go – and with plenty of value-adds.
Living on the Edge
To compete against growing outside threats like Netflix and Google, telcos must make bold investments in enabling technologies that bring edge computing to their customers at scale.
Beyond acting as the gatekeeper to lightning fast connections, telcos can take advantage of esports and gaming by building internal online communities, delivering tailored esports content, and enabling and promoting esports tournaments.
If done right, this can help telcos engage with digital natives, create meaningful experiences, win lifelong customers and advocates, and maximize average revenue per user (ARPU).
For many of the 2.5 billion gamers globally, there is little reason to be loyal to a telco – until now.
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