Hygeia AnalyticsLogo

Menu

Skip to content
  • Home
  • About Hygeia
    Analytics
    • Dynamic Presentations
    • Keywords and Site Map
    • Hygeia Analytics – Who We Are
    • Why Hygeia?
    • Funding and “Sound Science”
    • Acronyms and Glossary
    • Sign-Up for Updates
  • Nutrition
    • Introduction and Nutrition 101
      • Good Fat Bad Fat
      • Fatty Acids
        • Primer on the Fatty Acids in Milk
      • Impact of Livestock Feeding
    • Antioxidants
      • Organic Farming Elevates Antioxidants
      • Maximizing Antioxidant Intake
    • Organic vs. Conventional Foods
      • Milk and Dairy Products
        • 2018 Grassmilk Paper
        • PLOS ONE Study
        • Dairy Meta-Analysis
      • Multi Food Meta-Analyses
        • Meat Products
        • Plant-Based Foods
        • Smith-Spangler et al.
        • Dangour et al.
        • The Organic Center Report
      • Food Specific Comparisons
        • General
        • Fruits and Vegetables
        • Wine and Wine Grapes
    • Considering Nutritional Quality
      • Impact of Genetics and Production Systems
      • New Tool for Food Security
      • Transforming Jane Doe’s Diet
      • Nutritional Quality Index
    • Nutrient Decline
    • Other Choices and Challenges
      • Human Health
      • Dietary Choices
  • Pesticides
    • Usage
      • Pesticide Use Data Sources
        • Pesticide Use Indicators
      • PUDS – The Pesticide Use Data System
    • Dietary Risks
      • The Dietary Risk Index (DRI)
    • Risk Assessment and Regulation
      • Food Quality Protection Act (FQPA)
      • Glyphosate/Roundup Case Study
      • The Lowdown on Roundup
      • Does Glyphosate/Roundup Cause Cancer?
      • 2019 Glyphosate Genotoxicity Paper
    • Impacts of GE on Pesticide Use
    • Environmental, Human Health, and Other Impacts of Pesticides
  • Ag Biotech
    • Key Historical Documents – Donald Duvick
    • Key Historical Documents – Arpad Pusztai
    • Herbicide Resistant Crops
    • Weed Resistance
    • Bt Transgenic Crops
    • Resistant Insects
    • Health Risks and Safety Assessments
    • Regulation of GE Crop Technology
    • Marketing, Economics, and Public Relations
    • Patenting and Intellectual Property Issues
    • Labeling
  • Other Issues
    • Animal Products
    • The Future of Food
    • Global Food Security
    • Natural Resources and Climate Change
    • Alternatives to Industrial Ag
    • Policy and Politics
    • Scientific Integrity
    • Soil Health
    • Yields
  • Recent Posts
    • Hot Science
    • In The News
    • Hygeia’s Blog
  • Special
    Coverage
    • Organic Apples in Washington State
    • Dicamba Drift Crisis
    • Organic Food Consumption Lowers Cancer Risk
    • Organic Integrity

Milestones and Momentum – What is Driving Growth in Renewable Energy and Holding It Back in Organic Food and Farming?

Posted on June 16, 2017 in Hygeia's Blog, Organic | 273 Views

National Geographic ran a June 15, 2017 story by Sarah Gibbens entitled “Renewable Energy Record Set in the U.S.” It’s opening paragraph reports the good news –

“The U.S. set a new renewable energy milestone in March, in data released Wednesday. For the first time, wind and solar accounted for 10 percent of all electricity generation, with wind comprising 8 percent and solar coming in at 2 percent.”

Texas leads the nation in overall renewable electricity production, with wind accounting for the lion’s share. But Iowa produces a greater proportion of its total electical energy needs from renewables – 37% — more than any other state.

Texas and Iowa leading the charge on renewable energy? What gives? The National Geographic story has little to say on this question, other than growth in renewables is private sector driven and clearly reflects relative costs and profit potential.

Many major companies, including tech giant intel, have already gone to 100% renewable energy.

Couple this observation with the recently reported fact that despite a cut in OPEC oil production, the global glut of oil grows and prices are still headed downward. Germany is way ahead of schedule in reaching aggressive, country-wide renewable energy goals, and a long list of companies have reached, or are quickly moving toward zero-net dependence on fossil fuel sources of energy.

Perhaps sooner than anyone imagined, renewable sources of energy, along with some natural gas of course, will become far cheaper than oil- and coal-based energy, and the electric grid will “flip.”

Organic food and farming represents the same greener, healthier, more sustainable future for agriculture and the food system, as does renewable energy in the electricity sector.

Again, much like renewables, the systems and technology needed to expand organic farming and ranching in the U.S. and globally exist, are proven, and scalable. Production costs on most organic farms are stable or falling, yet they continue rising on most conventional farms.

The public is increasingly aware of the collateral damage associated with fossil fuel use and chemical-intensive, conventional agricultural systems. Demand for energy sources and food that sustains life in all its dimensions is bound to grow.

Yet in a May 19, 2017 press release, the Organic Trade Association (OTA) reports that sales of organic food accounted for under 5% of overall food sales in 2015. The release,  “U.S. organic sales post new record of $43.3 billion in 2015”, goes on to report the largest gain ever in 2015 for the total organic sector sales.

Organic sales in the U.S. have been steadily climbing over the last decade. Source

Clearly, efforts to “grow” organic farming have been underway just as long as the effort to expand the wind and solar energy industries, but with very different outcomes.

In terms of reach across the landscape, organic farming accounts for perhaps 2% of national cropland acreage. While organic systems reliably deliver significant public health, and soil health, water quality, and climate change benefits, the scale of adoption is far too low to have a meaningful impact on agriculture’s environmental footprint.

Why have renewables taken off and organic food and farming has not?

Why are Texas and Iowa setting the pace in investment and growth in renewables, but doubling down on conventional agricultural systems that are falling apart and triggering progressively more worrisome “externalities”?

Organic sales growth has slowed in recent years, in sharp contrast to the rapid growth in renewable energy.

Why has the Iowa State legislature cut state support for the Leopold Center for Sustainable Agriculture at Iowa State University? Why has rapid growth in organic fruit and vegetable production in the western U.S. slowed, despite huge need and demand worldwide for high-quality, nutritious, and safe fresh and processed fruit and vegetable products?

I wish I had the answers. One thing is almost certain – consumer demand and economics will drive future change in both the energy and food sector.

The lack of public understanding of the costs, risks, and benefits of conventional agricultural systems and conventional food relative to organic is a major hurdle, and one that most government agencies are compelled by political forces to sustain, if not heighten.

Regrettably in the U.S., there has been a battle raging over the future of food the last few decades that has pitted conventional farmers and food businesses against organic farmers and food businesses. The collateral damage flowing from this unnecessary struggle has grown increasingly serious. It clouds the path forward and too often leads to one step forward, two steps back.

Political leaders in Washington and the USDA want to at least retain current funding levels for food and agriculture research, with national commodity groups and trade associations calling the shots regarding how the money is spent.

It is a safe bet most of it will be invested in shoring up conventional production systems, and in efforts to deal with the environmental and human health problems deeply rooted in how we produce food in America, and the food quality and dietary choices we make.

But the path forward remains, to me, largely a mystery. I welcome any comments and suggestions on why renewable energy seems to be taking off and organic food and farming has not.

Also, feel free to share ideas on what is needed to move along constructive change in both the energy and food sectors, so we can keep on trucking, light up the night, and enjoy three squares a day.

[A Note re Comments – Comments submitted to Hygeia Analytics are moderated. We spare our readers from all Viagra ads and diatribes, and are battling the bots on a daily basis. Please share your thoughts in a way that is respectful of the views of other people, ideally with a dose of facts and references to solid data and science. When we feel we have something useful to add, we will reply.]

Sources:

Sarah Gibbens, “Renewable Energy Record Set in U.S.,” National Geographic, published online June 15, 2017.

Organic Trade Association, “U.S. organic sales post new record of $43.3 billion in 2015,”  Press Release, published online May 19, 2016.

Posted in Hygeia's Blog, Organic | Tagged Climate Change, Economics, Natural Resources, Organic Farming

Related Posts

FAQs re Biden-Harris Ag and EPA Transition Priorities→

Why Promoting Organic Integrity Must Become a Top Priority for USDA→

Guest Blog: Finding the Root Cause of Organic Fraud→

Guest Blog: Organic Food & Pesticide Residues, One Grower’s Perspective→

This Monster Dose of Innovation is Reason for Hope→

New Video Highlights Benefits of Animals on Pasture→

Are We Ready for Grassland 2.0?→

Early-Life Insecticide Exposure Compromises Brain Development in Bees→

©2016 Hygeia-Analytics.com. All Rights Reserved.

Menu