Harvest Technologies

Yield monitoring, mapping, and variable rate fertilization for hay and silage production

Impact of ground speed and conveyor speed on peanut digging losses

Impact of ground speed and conveyor speed on peanut digging

Preparing for a successful [peanut] harvest

Opportunities for yield monitoring in hay production

2016 Peanut digger research conducted in Hampton County

Importance of proper peanut digger setup

Measurement of offloading cylinder pressure for load weight determination in peanut yield monitoring

Peanut digging losses across soil moisture contents

Peanut digging loss analysis for four different depth control methods

Design and testing of a depth gauge controller for peanut digging angle adjustment

Development and evaluation of a yield monitor for round hay balers

Development and testing of a forage and hay yield monitor for use on mowers

Variable depth peanut digger: Part I - Design and testing

Variable depth peanut digger: Part II - Digging loss analysis

Importance of proper top link setting for peanut digging loss reduction

Testing of an impact plate yield monitor for peanuts: Mounting configurations and air pressure correction

Single Row vs. Twin Row Digging Losses for Two Virginia Type Peanut Varieties

Development and testing of an impact plate yield monitor for peanuts

Application of an AgLeader cotton yield monitor for measuring peanut yield: A multi-state investigation

Development of a yield monitor for peanut research plots

Yield monitor for windrow-collected materials

Automated control systems and methods for underground crop harvesters

Impact mass flow sensor for monitoring peanut harvest yields

Round bale weighing method and system

South Carolina farmers learn new farming research and technology from Clemson scientists

Clemson researcher studying in-field variability on cotton yields and quality

Cut digging losses

Dirty peanuts

Preparing to dig

Clemson expert: When digging peanuts, speed matters

Tabletop model could help S.C. peanut producers

Clemson University Research Foundation awards funds for technology development

Clemson delves into variable depth digging

Making hay: Clemson technology can lead to higher-yielding fields

Clemson automates peanut digger for improved yields

New program funds five Clemson technologies for commercialization

Peanut tech: Growers get latest on research, plus look at experimental digger

Reduction of peanut digging losses

2018 Precision agriculture peanut research update

Effects of ground speed and conveyor speed on peanut digging losses

Implementation and performance of automated peanut digging depth technology on an Amadas 6-row digger

Implementation and evaluation of using a hydraulic pressure transducer to determine bale weight of round hay bales

Emerging hay baler technologies

Development and evaluation of in-field method for estimating peanut digging losses from pod lengths

2015 Precision Peanut Research

Effect of calibration procedures on peanut yield prediction error

Precision agriculture technology development and utilization for hay production

Development and implementation of hay yield monitoring technology

Development and testing of a variable depth peanut digger

Development and testing of an impact plate yield monitor for peanuts