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How to Make Quality Cannabis, and the Role of Organic Farming

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The Story of Cannabis: What Investors Need to KnowAnatomy of a Cannabis PlantA Quality Cannabis ProductThe Rise of OrganicA Sustainable Cannabis ProductThe Science Behind the Medical Cannabis IndustryComing soonComing soon

How to Make Quality Cannabis, and the Role of Organic Farming

How to Make Quality Cannabis, and the Role of Organic Farming

The cannabis industry is picking up speed across the continent.

Canada has now become the first G7 country to legalize recreational cannabis nationwide – and across the border, more U.S. states are also entering what could become a $95 billion market by 2026.

As the industry matures, product quality will become a strong differentiator between those competing for market share. But what makes for a top-notch cannabis product, and does organic farming play a role in this?

How Quality Cannabis is Made

Today’s infographic from The Green Organic Dutchman explains what goes into making a high quality cannabis product, and why the industry could be gearing towards embracing organic farming.

The first major factor that affects quality is where it is grown.

For most of its 6,000-year history, cannabis was predominantly grown outdoors. In a more modern setting, however, indoor cultivation has increased in popularity.

Here are the pros and cons of both environments:

 
Indoor
Outdoor
Benefits
  • A precisely controlled environment, with year-round cultivation
  • Full spectrum of sunlight in a natural environment

  • Less labor needed, with lower operating costs
Drawbacks
  • Climate control systems are expensive to operate

  • More labor intensive, producing less yield
  • Cultivation is climate-dependent
Impact on Quality
  • Cannabis strains are aesthetically more pleasing, with higher average THC percentages
  • Higher yields of cannabis are produced, with superior flavor and potency

Interestingly, many modern cannabis producers do not rely on soil as a growing medium anymore. Instead, they use the latest technology to improve upon traditional methods:

  1. Aeroponics: Plant roots are sprayed directly with a nutrient-rich mist
  2. Hydroponics: Plant roots are submerged in a nutrient solution
  3. Micro-propagation: Plant samples are multiplied in agar gel

While growing cannabis using innovative methods can result in healthy and high-yield products, this also increases operational and labor costs. At the same time, it’s clear that the way cannabis is grown significantly affects the final product and its environmental footprint.

The Issue with Modern Cannabis

Even with all of these other innovations that help in achieving a superior product, many cannabis growers use “super chemicals” or pesticides to achieve rapid growth for their plants. The catch? Cannabis plants are effective at leaching toxins from soil, which means they can easily wind up in the final product.

What’s more, commonly used pesticides such as pyrethins can be safe for consumption in trace amounts. But when cannabis is smoked, the heat can make these chemicals much more toxic for humans.

There’s also mother nature to consider. In modern farming, leftover byproducts often run off into the groundwater, polluting nearby bodies of water.

Growing cannabis organically in living soil avoids all the above problems.

  • No pesticides, herbicides, or fertilizers are present in the environment
  • Cannabis plant and soil microbiology have a symbiotic relationship
  • Maintains an ecological balance among the plant and its surroundings

The result of this all-natural process? A safe and premium consumer cannabis product.

As the cannabis green rush progresses, we will dive further into the push towards organic products in the agri-food industry, and what this means for the rapidly-maturing cannabis space.

The Story of Cannabis: What Investors Need to KnowAnatomy of a Cannabis PlantA Quality Cannabis ProductThe Rise of OrganicA Sustainable Cannabis ProductThe Science Behind the Medical Cannabis IndustryComing soonComing soon

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Agriculture

Mapped: The Anatomy of Land Use in America

The U.S. covers an immense 3.8 million square miles—what is all this land currently used for, and what does that mean for the future?

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Mapped: The Anatomy of Land Use in America

The United States is not just an economic and political giant on the global stage—the country also has one of the largest land masses at its disposal.

Altogether, the country spans 3.8 million square miles (9.8 million km²)—making it the third largest country in the world. Even without factoring Alaska and Hawaii into the calculations, the contiguous U.S. land mass can fit up to 30 European countries within it.

With this much ground to work with, it raises the natural question of how land actually gets used by America’s economy. For example, what percentage of land is taken up by urban areas, and how much farmland and forests exist in comparison?

Today’s maps from the McHarg Center put America’s wide variety of land uses into perspective.

The Components of U.S. Land Use

As the U.S. prepares to add 100 million more people this century, the “2100 Project: An Atlas for the Green New Deal” provides a snapshot of U.S. land use (as of 2017), aimed at managing resources to support this future.

According to this data, here is a snapshot of land use in the Lower 48 States:

Land typeLand use (%)Land area
Forests27%842,400 mi²
Shrubland24%748,800 mi²
Agriculture17%530,400 mi²
Grasslands and Pasture17%530,400 mi²
Wetlands5%156,000 mi²
Other5%156,000 mi²
Open Space3%93,600 mi²
Urban Areas2%63,400 mi²
Total100%3,120,000 mi²

Let’s dive into the specifics of three types of land: urban areas, forests, and agriculture.

Editor’s note: click on any map below to see a large, high-resolution version, which will open in a new window.

Small But Mighty: U.S. Urban Areas

It’s clear that even a little space goes a long way. Although urban areas take up only 2% of land, an overwhelming majority of Americans call cities their home. As of 2018, urbanites made up over 82% of the U.S. population.

Where people go, productivity often follows. In 2018, it’s estimated that 31 county economies made up a whopping 32% of national GDP. Most of these counties were located in and around major cities, such as Los Angeles or New York.

urban-areas-820px

Although urban areas are a small part of the overall land they’re built on, they’re integral to the nation’s continued growth. According to research by the McKinsey Global Institute, it’s estimated that by 2030, 60% of job growth could come from just 25 hubs.

Seeing Green: America’s Vast Forests

On the flipside, forests account for over a quarter of land in the U.S., divided almost evenly between deciduous and evergreen trees. Many protected national and state parks can also be found in and around forests.

forests-parks-wetlands-820px

On the mainland, California and Oregon are the states with the most forested land—unfortunately, they have also been plagued by wildfires in recent, dry summer months.

Wetlands are also included in the map above, particularly around the southern tip of Florida, where Everglades National Park is located. Over the years, many wetlands were drained to make way for agriculture, particularly in the Great Lakes megaregion. As a result, it’s estimated that their area today is only half of what they once used to be.

Home Grown: Agriculture in the U.S.

Last but not least, the final set of maps show where America grows its food. Agricultural, food, and related industries contributed $1.05 trillion (5.4%) to U.S. GDP in 2017.

agriculture-grassland-820px

Wheat, corn, and soybeans are the major crops grown in the U.S.—and cotton also makes the cut as a profitable non-food crop. Much of these crops feed not only Americans, but other parts of the world too. Soybeans, corn, and wheat are exported across the Pacific mainly to China and Japan.

crop-types-820px

Corn, in particular, is a unique crop with a myriad of uses, from food to fuels. Up to 40% of U.S. corn is turned into livestock feed, with cows consuming over half (56%) of this amount.

At present, the U.S. is the world’s largest beef producer, followed by Brazil. In fact, beef production takes up 40% of total livestock-related land use domestically.

meat-production-820px

Although fewer American consumers are opting for meat in their diets, production has remained at high rates. Further, as incomes continues to increase worldwide, the global appetite for meat is set to rise along with it.

Future Land Use

The U.S. population is set to grow by 100 million more people over the coming decades, raising the pressure on limited U.S. land and natural resources. This pressure will be felt everywhere, from dense urban land to agricultural farmland.

How the land gets utilized will shape the country’s future for years to come.

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Agriculture

An Investing Megatrend: How Climate Change and Resource Scarcity are Shaping the Future

Learn how climate change and resource scarcity are affecting our most basic needs, and how investors can take advantage of this growing megatrend.

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climate change and resource scarcity

If you’ve ever played with dominos, you’re familiar with their cascading effects. Gently nudge one piece, and the force will ripple throughout the rest.

This process of cause and effect works much the same way in society and business: as global forces take hold, their effects are deeply intertwined with the financial markets.

The Climate Megatrend

Today’s infographic comes from BlackRock, and it explains how one such megatrend, climate change and resource scarcity, will be a long-term opportunity for investors.

Climate Change and Resource Scarcity

Earth in the Hot Seat

In 2018, global CO2 emissions rose 1.7% to the highest level since 2013. These rising emissions have intensified the effects of climate change, with 2015-2018 being the four hottest years ever recorded. Society and the economy are starting to feel its negative consequences:

  • Extreme weather events have become more frequent. In particular, floods and other hydrological events have quadrupled since 1980.
  • In hotter, wetter conditions, infectious diseases spread more easily—between 2004-2017, total tick-borne illnesses increased by 163%.
  • The global insured losses from natural catastrophes was $79 billion in 2018.
  • Extreme weather effects, and the health impact of burning fossil fuels, cost the U.S. economy at least $240 billion in 2018.

It’s clear that climate change is having an immediate, serious impact on the world.

Many see climate change as a long-dated future risk, however, our research findings show that compared to the 1980’s, there are measurable GDP impacts in the market today

-Brian Deese, Global Head of Sustainable Investing at BlackRock

In addition to these issues, climate change is contributing to another problem: it’s becoming harder to feed the global population.

Over 7 Billion Mouths to Feed

Climate change significantly threatens global food security. As glaciers melt, the world’s freshwater supply—including what’s available for food production—melts with it. This is a significant problem, considering that between 2,000-5,000 liters of fresh water are needed to produce one person’s daily food intake.

As an added hurdle to food production, supply and demand are pulling in opposite directions.

The share of total employment in agriculture has dropped significantly over time. Even worse, among the food that is able to be harvested, roughly 30% is lost or wasted globally.

On top of limited resources, the world will have to contend with forces driving up food demand.

  • Population growth: By 2050, the global population will grow by about two billion.
  • More calorie-rich diets: As emerging economies grow their wealth, their populations seek richer foods like meat and dairy products.

How can society combat these pressing issues?

A Greener, More Plentiful Future

As society works to slow climate change and produce more with less, a myriad of investment opportunities will emerge.

  • Renewable energies are becoming increasingly competitive.
  • Electric & fuel cell vehicles are growing in market share.
  • Products made from recycled materials are appealing to environmentally-conscious consumers.
  • Agricultural machinery counters the declining workforce and increases productivity.
  • Precision agriculture leverages real-time environmental data to help farmers make decisions.

Climate change and resource scarcity will be a driving force behind the actions of consumers, companies, and governments for years to come.

By staying attuned to this megatrend, investors will be able to spot long-term opportunities.

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