overview of horticultural programs at the mu bradford research center

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Page 1: Overview of Horticultural Programs at the MU Bradford Research Center
Page 2: Overview of Horticultural Programs at the MU Bradford Research Center

50+ Years A Statewide Mission

Page 3: Overview of Horticultural Programs at the MU Bradford Research Center

Research at BRECBreeding, Physiology, and Plant Protection

Page 4: Overview of Horticultural Programs at the MU Bradford Research Center

What’s New?Rainout Shelters

Page 5: Overview of Horticultural Programs at the MU Bradford Research Center

Rainout ShelterThe Water Stressed Corn in the Front

Page 6: Overview of Horticultural Programs at the MU Bradford Research Center

New Planting Technology

Page 7: Overview of Horticultural Programs at the MU Bradford Research Center

Pacific White Shrimp In A Zero Discharge system

Page 8: Overview of Horticultural Programs at the MU Bradford Research Center

Pacific White Shrimp-from Larva to

harvest in 90 days

Page 9: Overview of Horticultural Programs at the MU Bradford Research Center

Freshwater Prawns (Shrimp)

Page 10: Overview of Horticultural Programs at the MU Bradford Research Center

Fresh Water PrawnsIn 120 Days

Page 11: Overview of Horticultural Programs at the MU Bradford Research Center

Research-Cover Crops/Soil Health/Sustainability

Page 12: Overview of Horticultural Programs at the MU Bradford Research Center

Why Are We Looking At Cover Crops?

Many Reasons-one is Soil Organic Matter

Page 13: Overview of Horticultural Programs at the MU Bradford Research Center

Importance of Soil Organic Matter (SOM)

13

Kristen Veum and Robert Kremer

Page 14: Overview of Horticultural Programs at the MU Bradford Research Center

What is Soil Organic Matter?

SOM is derived from– Plant residue (both

litter and roots)– Animal remains and

excreta– Living soil microbes

(microbial biomass) Over time fresh

organic material is transformed into soil organic matter

Crop ResiduesCrop Residues

BacteriaBacteria

FungiFungiActinobacteriaActinobacteria

SOMSOM

14

Page 15: Overview of Horticultural Programs at the MU Bradford Research Center

Soil Life (macro)Help create soil structure and break down larger plant residues

• Earthworms• Nematodes• Beetles• Ants• Termites• Springtails

Page 16: Overview of Horticultural Programs at the MU Bradford Research Center

One tablespoon of soil has approximately 1 billion soil microbes:• Bacteria: 3,000,000 to 500,000,000• Actinobacteria: 1,000,000 to 20,000,000• Fungi: 5,000 to 1,000,000• Yeast: 1,000 to 1,000,000• Protozoa: 1,000 to 500,000• Algae: 1,000 to 500,000• Nematodes: 10 to 5,000

Soil Life (micro)

Page 17: Overview of Horticultural Programs at the MU Bradford Research Center

This is the mass equivalent of two cows per acre that need to be fed

Soil organisms are much like cows, they need inputs of plant residues for food and energy

Specifically, they need the carbon that is contained in plant residue and soil organic matter

Page 18: Overview of Horticultural Programs at the MU Bradford Research Center

Cover Crops in Winter-Something Green and Growing Year Around And Feeds The Soil Biology

Page 19: Overview of Horticultural Programs at the MU Bradford Research Center

What Destroys Organic Matter? Tilling! Whether It Is a Plow or a Field Cultivator

Loss of Organic Matter– Soil structure– Soil microbial biomass

Release of CO2

Soil Erosion

Why Till?– Weed Control

Page 20: Overview of Horticultural Programs at the MU Bradford Research Center

Tilled VS No-Till-We Have Destroyed Much of Our Soil Structure

Long Term PastureTilled in a Corn/Soybean/Wheat Rotation

Page 21: Overview of Horticultural Programs at the MU Bradford Research Center

Loss of Organic Matter and Loss of Soil Structure

Page 22: Overview of Horticultural Programs at the MU Bradford Research Center

Cover Crops in 2014-Oats and Legumes

Page 23: Overview of Horticultural Programs at the MU Bradford Research Center

Cover Crops For Vegetables and Wildlife

Page 24: Overview of Horticultural Programs at the MU Bradford Research Center

Grow a Cover Crop And Use it For a Mulch

Page 25: Overview of Horticultural Programs at the MU Bradford Research Center

Cover Crops-LegumesCrimson Clover

Austrian Winter Peas

Page 26: Overview of Horticultural Programs at the MU Bradford Research Center

Cover Crops-Cereals

Cereal Rye

Oats

Page 27: Overview of Horticultural Programs at the MU Bradford Research Center

Radish

FallSpring

Page 28: Overview of Horticultural Programs at the MU Bradford Research Center

Tillage Radish-Small Roots Go Down Deep!

Page 29: Overview of Horticultural Programs at the MU Bradford Research Center

Cover Crops-Other

Cowpea Buckwheat

Page 30: Overview of Horticultural Programs at the MU Bradford Research Center

How Do You Terminate Them?

Mow Them

Roll Them

Let the Winter Kill Them

Plow?

Page 31: Overview of Horticultural Programs at the MU Bradford Research Center

Sorghum x Sudan In Between Rows of Tomatoes-Can Help Control Weeds

Page 32: Overview of Horticultural Programs at the MU Bradford Research Center

Sorghum X Sudan Can Be Mowed Back and It Will Regrow. Returning Biomass (Shoot and Root) To

The Soil

Page 33: Overview of Horticultural Programs at the MU Bradford Research Center

Pollinators/Diversity Using Natives and Cover Crops

Page 34: Overview of Horticultural Programs at the MU Bradford Research Center

Field Days, Clinics and Workshops

Hail School Native Plant Field Day Weed/IPM Field Day Crop Injury and Diagnostic

Clinic Integrating Bob White

Quail in Agriculture Tomato Festival FFA Field Day Numerous Septic Systems

Installation and Inspections

Page 35: Overview of Horticultural Programs at the MU Bradford Research Center

10 Years Ago Only Targeting the Grain

FarmerHow Do We Reach Out to

Those Who Are Not Traditionally Our

Audience?

Page 36: Overview of Horticultural Programs at the MU Bradford Research Center

Modern Agriculture, Conservation and Wildlife on

the Same Page

Quail Harvested in Illinois

0

500000

1000000

1500000

2000000

2500000

3000000

1956

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1972

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1980

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1988

1992

1996

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2004

Year

Qu

ail

Har

vest

ed

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Native Plant Gardens

Page 38: Overview of Horticultural Programs at the MU Bradford Research Center

Formal and Rain Gardens

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Shade Garden

Page 40: Overview of Horticultural Programs at the MU Bradford Research Center

Glade

Page 41: Overview of Horticultural Programs at the MU Bradford Research Center

What Does Everyone Like That We Can Really Promote?

Page 42: Overview of Horticultural Programs at the MU Bradford Research Center

Tomato Festival-150 Different Tomato Varieties

Page 43: Overview of Horticultural Programs at the MU Bradford Research Center

Tomato FestivalTasting As Well As Information

Page 44: Overview of Horticultural Programs at the MU Bradford Research Center

Tomato Festival-Tasting Tomatoes and Peppers

Page 45: Overview of Horticultural Programs at the MU Bradford Research Center

Salsa and More, Chef Competition

Page 46: Overview of Horticultural Programs at the MU Bradford Research Center

In the Tomato Patch To Ask Questions and Get a First Hand Look

Page 47: Overview of Horticultural Programs at the MU Bradford Research Center

Sweet Corn-What’s Your Favorite?

Page 48: Overview of Horticultural Programs at the MU Bradford Research Center

Just For Fun!Sweet Corn and Melon Tasting

Page 49: Overview of Horticultural Programs at the MU Bradford Research Center

Educational Events and Demonstrations

Page 50: Overview of Horticultural Programs at the MU Bradford Research Center

Gene Zoo

Page 51: Overview of Horticultural Programs at the MU Bradford Research Center

Biofuel Garden

Page 52: Overview of Horticultural Programs at the MU Bradford Research Center

Day Lilly Demonstration From Local Hybridizers

Page 53: Overview of Horticultural Programs at the MU Bradford Research Center

Passive Solar Greenhouse

Page 54: Overview of Horticultural Programs at the MU Bradford Research Center

Educational Activities

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Undergraduate Education

Page 56: Overview of Horticultural Programs at the MU Bradford Research Center

Ag Education Field Day (FFA) Field Day-High School

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Fistulated Cow is the Favorite!!

Page 58: Overview of Horticultural Programs at the MU Bradford Research Center

Numerous School Groups-Show Them Where Their Food Comes

From

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Afterward School Groups Enjoy Corn Maze and Pumpkins

Page 60: Overview of Horticultural Programs at the MU Bradford Research Center

Fulton School For the Deaf

Page 61: Overview of Horticultural Programs at the MU Bradford Research Center

Partners In Education-Fishing Day

Page 62: Overview of Horticultural Programs at the MU Bradford Research Center

The Bradford Amaizing Race

Page 63: Overview of Horticultural Programs at the MU Bradford Research Center

Community

Girl Scouts and Boy Scouts

McCambridge House

Big Brothers/Big Sisters

Breast Cancer Awareness

Page 64: Overview of Horticultural Programs at the MU Bradford Research Center

Donations to the Mid Missouri Food Bank

Page 65: Overview of Horticultural Programs at the MU Bradford Research Center

Vegetable Research and Campus Dining

Page 66: Overview of Horticultural Programs at the MU Bradford Research Center

Campus Dining-A Survey

Each student through out 4.5 oz of food each meal

250 tons/year!

400 big round bales!

Page 67: Overview of Horticultural Programs at the MU Bradford Research Center

What If We Could Make Compost Out Of the Food Waste?

Food Waste Horse Bedding

Page 68: Overview of Horticultural Programs at the MU Bradford Research Center

MU’s Campus Dining halls generate 3,000+ gallons of

Waste Vegetable Oil annually. This WVO will be

converted into biodiesel.

An estimated 40% of all food produced in the country is discarded, according to a new federal report. Each day, every person in the U.S. puts about 1,400 calories worth of food in the garbage, according to researchers at the National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK). Food waste has increased 50% since previous estimates were made in 1974, and now totals some 150 trillion calories per year. SOURCE: CALIFORNIA EMERGENCY FOODLINK

Zero Carbon Footprint Vegetable & Compost Production SystemUniversity of Missouri Bradford Research & Education Center & MU Campus Dining

Tim Reinbott, BREC Superintendent; Eric Cartwright, MU Campus Dining; Steven Kirk, MU Division of Plant Sciences

Several large-scale composting methods exist. These include: Windrow, Aerated Windrow, Aerated Static Pile, In-Vessel, Containerized In-Vessel, Rotating Drum and Bag Systems. Variables include: cost, compost consistency, time, labor and area requirements.

The University of Missouri Animal Sciences and Veterinary Medicine produce 1500 tons of manure and bedding material each year. MU’s Campus Dining produces 270 tons of food waste annually.

BREC can serve as a model for similar institutions by providing a working example for alternative waste management. Food waste from Campus Dining will be collected and taken to BREC, mixed with animal manures and beddings as needed to balance any nitrogen or carbon requirements, and composted to create the optimum soil amendment to be used to grow produce that will then be sold back to Campus Dining completing the circle. In addition to the compost utilized by horticultural researchers and students to grow vegetables, excess compost can be applied to larger fields such as sweet corn, pumpkins, melons and other crops, as well as be used as a soil amendment by MU’s Landscape Services and the Mizzou Botanical Garden.

There is a growing interest in locally produced food by the general public and in our school systems. This proposed system is the

essence of Community Development, and can serve as a model of how food waste from any type of cafeteria (school, business,

institutional) can be utilized to produce a valuable commodity. Similar systems could be used to provide schools with a healthy source of

locally grown food, and provide vegetable producers with a creative way to convert so called waste materials into assets to sell at local

farmers markets and to the general public. The cost/benefits realized from not sending materials to the landfill could be substantial.

Biodiesel will power the trucks, tractors & equipment used for vegetable production as well as pick-up and delivery of food waist and produce to and from campus. Carbon Credits will be used to off-set any other energy needs for this project.

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Compost Facility-$35,000 Mid Missouri Solid Waste District and $35,000 from Campus Dining

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Composting Operation-Food Waste

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MU Students Growing Vegetables to Take to Campus Dining

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First Produce of the Year

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Completing the Circle

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Compostable Tableware Welcome Back Bash!

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Let’s Make It Green!

Campus Dining Goes Through 3,000 gallons of Waste Vegetable Oil Each Year!

Page 76: Overview of Horticultural Programs at the MU Bradford Research Center

Make It Into Biodiesel!$10,000 Missouri Soybean Association

50 gallons every 48 hours

By product Glycerol which contains methanol

Challenge to remove the methanol, then the Glycerin can be– Composted– Burned– Animal feed– Made into soap

Page 77: Overview of Horticultural Programs at the MU Bradford Research Center

Biodiesel

Page 78: Overview of Horticultural Programs at the MU Bradford Research Center

Questions? Comments?

http://aes.missouri.edu/bradford