by Stephanie Campbell, CFSA’s Outreach Coordinator

Walker and Ann Miller of Happy Berry Farm

Walker and Ann Miller of The Happy Berry 

 

“The story of this farm begins 10,000 years ago,” says Walker Miller of The Happy Berry when I ask him about his farm. “These lands were grasslands with buffalo, woolly mammoth, and saber tooth tigers. The woodland people were hunter-gatherers and used fire to manage the Savannah – control weeds, recycle nutrients, encourage grazing species and maintain clear vistas and edge habitat to facilitate hunting.”

 

“Grasses grew to ten, twelve, even fifteen feet high. The managed fires produced charcoal which was trampled and became biochar,” Walker explains to me. “There were four to five feet of rich soils on this land.”

 

Walker patiently and passionately walks me through the rest of the history of the land, through the years of the Cherokee and then the arrival of the white man, agriculture, cattle and hogs, corn, and cotton. In 1914, when the Conservation Service was born, the soil was gone.

 

Walker, a now retired professor of plant pathology and physiology at Clemson University, and self-proclaimed “subsistence” farmer with his wife, Ann, and daughters, Betty Ann and Zoe, began restoring the soils on this land in 1979.

 

Happy BerryWhen Walker began growing blueberries here, virtually all blueberries were being grown south of Wilmington. He believes that perennial crops are the key to the future of farming. “When you plant perennials,” he says, “the plants themselves build carbon networks and consistently build humus in the soil that has a half-life of thousands of years, augmenting a healthier, for earth, carbon cycle.”

 

Berries are a frost susceptible crop so Walker spent four years looking for suitable land and worked with an ag meteorologist at Clemson to identify this site which is 9 degrees warmer on frosty nights than just a half mile up the road.

 

Walker and his family have been working ever since to steward this land. “Ultimately,” Walker states, “our belief is that local farms like ours provide an essential environmental service for the future of our planet.”

 

The Farm

Happy Berry Farm

A view of The Happy Berry 

The Happy Berry is a pick-your-own farm on twenty-two acres in the Upstate region of South Carolina. The main crops are blueberries, blackberries, figs, muscadine and seedless table grapes.

 

In recent years additional frost tolerant crops have been added such as goji berry, persimmons, dwarf black mulberry, and seedless muscadines. The farm maximizes the harvest season by planting several different varieties of each crop so berries can be picked from June 1 until early October.

 

Happy Berry Farm

Even the smallest berry-pickers have smiles on their faces at The Happy Berry 

Pre-picked berries and fruit can also be purchased on-farm and at four local farmers’ markets: Greenville TD, Clemson, Six Mile, and Anderson. Walker is quick to point out that “no farm is successful until it is marketed – the real deal is my wife and daughters who market the farm!”

 

Ever looking to find ways to care for the land and diversify farm income, nine varieties of pussy willows are grown in the winter in riparian areas to help with water management. Pollination is always a concern. Honey bees are invasive and they compete with the native bees which are necessary for blueberry pollination. Flowers and forage have been planted all over the farm to attract and sustain native bees.

 

The First Blueberry

Zoe Miller on the farm

Zoe Miller on the farm

“They call me the first blueberry,” Walker’s daughter Zoe shares. “I was born in May of the first year of production on the farm. I’m the same age as the farm – thirty-five.”

 

Zoe grew up on the farm and, after a few years away from the farm as a young adult, she has been a full partner and hopes to continue the legacy her parents have established.  Her sister, Betty Ann, was fifteen when the farm began and worked her way through college on the farm. She continues to be a part of the family farm as she handles the website and online marketing for the farm from her home in Waynesville and brings granddaughter, Sarah, to the farm on weekends.

 

“There’s a joy families experience,” Zoe says, “when they spend time outdoors around growing things and picking delicious and healthy food for their family table.” She loves seeing children with “big smiles and blueberries running down their cheeks.”

Zoe enjoys that the farm is an integral part of the community and seeing how many people love being on the farm. “There’s a joy families experience,” Zoe says, “when they spend time outdoors around growing things and picking delicious and healthy food for their family table.” She loves seeing children with “big smiles and blueberries running down their cheeks.”

 

Both Zoe and Walker insist that transparency with their customers, educating them and sharing with them the whole truth so they know how you care for the land, is essential to the trust and support they have built in the community. Walker rattles off a series of stories of methods, techniques, research and trials he has undertaken on the farm and he honestly shares both the failures and the successes.

 

A shade cloth research project testing yield on primocane bearing blackberries, funded by SARE, was one of the “failures” and is detailed on the farm website. As a result of that research, though, a new experiment is underway, planting pine trees (Loblolly, Italian Stone, and Long Leaf) in E-W rows among the orchards to provide weather mediation (passive frost protection, slowing down violent thunderstorms) as well as sequestering carbon above and below ground.

 

After attending a CFSA presentation on bio-char, Walker began studying it and envisions a batch kiln to make bio-char from the prunings, which will then be sprayed under the bushes allowing the nanoparticles to move down through the soil. “Is it practical to do?” asks Walker. “Don’t know yet.”

 

“Dad always told us,” Zoe shares, “that the worst thing you can do as a farmer is to get comfortable. You need to be always progressing, always learning and trying new things.”

 

The Future of Farming

“It is plain that global warming is happening and is being driven by the use of fossil fuels and how we do agriculture,” Walker states in his report, Climate Mitigation and Adaptation Action Plan. “In 2016,” he notes, “over seventy percent of us know we must transition away from fossil fuels but only a few of us grasp that the 12,000 year old (paradigm) way we do agriculture must change!”

 

Walker Miller takes eager farmers on a tour of his farm as part of the Sustainable Agriculture Conference held in Greenville in 2012

Walker Miller takes eager farmers on a tour of his farm as part of the Sustainable Agriculture Conference held in Greenville in 2012

Walker recommends several resources which are shaping his thinking and planning for the future. Wes Jackson, at The Land Institute in Salina, Kansas, is developing perennial crops which Walker agrees are key to the future. Laura Lengnick’s book, Resilient Agriculture, and Mark Hertsgard’s, Hot Living Through the Next Fifty Years on Earth, prompted Walker to write out his own farm action plan.

 

Walker doesn’t mince words as he explains that “all economic systems require through-put – natural resources including our soils – and currently we are exploiting other countries and cultures as well as our own for these natural resources.” He believes that we must learn to live within the resources of our bioregion and pay attention to the direct bio-feedback regional farming and natural resources provide.

 

Walker sites Molly Scott Cato’s book, The Bioregional Economy: Land, Liberty and the Pursuit of Happiness, to support his understanding that “current economic systems are not sustainable and when they collapse it’s going to be farms like this one which the world will need.”

 

Walker is proud to have been named CFSA Farmer of the Year in 2014. He constantly continues to experiment, learn, lead and share what he has learned with the farming and food network.

 

“It seems unlikely, in the grand scheme of things,” he says, “that our efforts here on this farm will have a major impact, but perhaps we can be an example for others and contribute to a resilient and sustainable future for farming, and for the earth.”

 

To learn more about The Happy Berry and links for reports, go to www.thehappyberry.com.

by Laura Lengnick, CFSA member and author of Resilient Agriculture: Cultivating Food Systems for a Changing Climate 

Laura and Ken Dawson grapes Maple Springs credit climate listening project

Laura Lengnick and Ken Dawson inspecting grapes at Maple Spring Gardens in Cedar Grove, NC.
Photo by Climate Listening Project

For more than 40 years, Ken Dawson has grown organic vegetables and fruits in the Piedmont of North Carolina. He owns and manages Maple Spring Gardens, in Cedar Grove, is a founding member of the Carrboro Farmers’ Market, and is a long-time CFSA member (his farm is on this year’s 21st Annual Piedmont Farm Tour, happening April 23-24).

Ken first noticed the impact of climate change in the form of hot summer nights on his vegetables about 6 years ago. “Prior to 2010,” he says, “flowering, pollination and fruit set had never been an issue for us. In the 2010, ’11 and ’12 growing seasons, we had very poor fruit set on our late tomatoes due to excessive heat in July. That’s something I had never encountered before. Early September, when we normally have a lot of late tomatoes, there just weren’t any. They were great-looking plants with nothing on them.”

Laura Lengnick and Ken Dawson looking at tomatoes at Maple Springs credit climate listening project

Laura Lengnick and Ken Dawson looking at tomatoes at Maple Spring Gardens
Photo by Climate Listening Project

Tomatoes are pollinated during the day, but fertilization and fruit set take place at night, so it is nighttime temperatures that matter. While the optimum temperature range for tomato growth and flowering is between 72 and 82 degrees Fahrenheit (oF), optimum fruit set requires cooler nighttime temperatures between 60 and 70 degrees. Fruit set is greatly reduced outside of this range and fails completely if nighttime temperatures are above 92 oF. High humidity, which often accompanies high nighttime temperatures in summer, can also reduce tomato fruit set, if pollen grains become too sticky with moisture to make the transfer from male to female flowers.

Many other vegetable crops are sensitive to extreme temperatures when they are flowering and fruiting.  Daytime temperatures above 90 oF can stop fruit set altogether on bell peppers, especially under dry conditions, and even temperatures in the 80s can decrease yield by half. Daytime temperatures over 86 degrees cause squash, pumpkin and other cucurbit flowers to close, so pollination must occur within the first few hours of early morning if temperatures are high.  In many cucurbits – especially squash, cucumber and pumpkin –fruiting fails completely at temperatures above 90 degrees because the plants begin to produce only male flowers.  And it’s not just warmer temperatures in spring and summer that are complicating food production in the Carolinas and beyond.

Laura and Ken Dawson blueberries Maple Springs credit climate listening project

Laura Lengnick and Ken Dawson inspecting blueberries at Maple Spring Gardens
Photo by Climate Listening Project

Warming winters are bad news for anyone who enjoys a good apple, tart cherries, or a juicy peach. Same story if you can’t wait for the first blueberries or raspberries of the year. Many of our favorite fruits require an extended period of cold temperatures to produce a healthy and abundant spring bloom.  And warmer winters cause fruit trees and shrubs to bloom earlier in spring, which increases the risk of total crop loss from a late spring frost. Warmer winters also mean more pests in all sorts of crops, because more pests survive the winter to breed earlier and build higher populations that reduce crop quality and yields throughout the growing season.

Whether subtle or catastrophic, more variable and extreme weather are already having widespread effects on many of our favorite foods and these effects are projected to grow more intense in coming years.  If you think that this problem is too big for you to make a difference – think again.  If you eat, you can play an important role in mitigating climate change. It starts on the farm and continues in your kitchen by making the choice to eat local, sustainable and organic as often as you can. Although agriculture is usually viewed as a major contributor to climate change, it turns out that sustainable and organic agriculture has the proven potential to cool the planet.

Ken Dawson and workers strawberries Maple Springs credit climate listening project

Ken Dawson and workers harvest strawberries at Maple Spring Gardens
Photo by Climate Listening Project

 

Cooling the Planet Starts in Your Kitchen

As part of your observation of Earth day this year, consider making a commitment to take at least one of these four steps below and join many others around the world who have decided to become part of the delicious and nutritious solution to climate change!

 

Step One: Stop wasting food.

The global carbon footprint of food produced and not eaten is larger than the carbon footprint of most countries. If food waste emissions were a country, they would rank as the third largest source of heat-trapping gas emissions – behind only the USA and China. In the U.S., about 2% of total annual energy use is used to produce food that is later wasted by consumers. Here are some top tips for reducing your food waste: 1. Think before you shop – check to see what you already have in the fridge, use a meal plan to make a list, and stick to your list when you shop.  2. Don’t serve large portions and use small plates.  3. Love your leftovers – find delicious recipes to use up leftovers and make left-overs a feature on your weekly menu.

 

Step Two: When you have the choice, choose sustainable and organic food produced in your region.

Sustainable food, regionally-sourced, reduces food-related emissions and provides many community benefits. Sustainable farmers cultivate community resilience through practices that enhance soil and water quality, build human capacity for innovation, and contribute to the social and economic well-being of the communities that they serve. CFSA has a great list of where to find local food in the Carolinas.

 

Step Three: Eat pasture-based, local, sustainable and organic meat. 

Buy local and direct whenever possible, and encourage your local grocers and restaurants to carry more local, sustainable, and organic meats, dairy products and seafood.

 

Step Four: Do your part to help our country achieve the commitment to reduce greenhouse gas emissions made last December at the U.N. Climate Change Conference in Paris.

Lend your support to one of the thousands of local, regional and national emission reduction projects already underway in the U.S.  Learn more about your local, state or federal representatives’ positions on climate change, or get involved with a local group working to address climate change in your community.

 

We can do a lot as individuals to put our country on the path to a sustainable and resilient future, fueled by delicious, healthy and climate-resilient sustainable and organic food.  Let’s get started!

 

Laura Lengnick is a long-time CFSA member and served on the board of directors for 6 years. Her book, Resilient Agriculture: Cultivating Food Systems for a Changing Climate explores climate change, resilience, and the future of food through the adaptation stories of 25 award-winning sustainable farmers and ranchers producing food across America.