Dr. Giovani Preza-Fontes explores ways to advance the productivity and environmental performance of major field crops, including corn and soybean. He uses field-applied research and empirical data to identify best management practices to increase nutrient use efficiency and grain yield while minimizing the environmental footprint of food production systems.

More information: 
Preza-Fontes is a researcher passionate about conquering what he believes is the biggest challenge in agriculture today: the ability to produce enough food while conserving our soils and natural resources. As an agronomist, he is interested in enhancing nutrient efficiency within crops and finding ways to optimize no-till cropping systems by incorporating cover crops and extended crop rotation, including winter wheat, grain sorghum, and double-crop and full-season soybeans. In accordance with his interests, Preza-Fontes has worked on a project at the University of Illinois' Dudley Smith Farm to see how much farmers could lower tile drainage nitrate losses with nitrogen fertilizer application timing and cover crops, preventing the loss of corn yield. His published research includes studies on crop response to nitrogen after cover crops, the development of technological tools to monitor and manage soil nitrogen, corn yield responses at different vegetative stages of growth, and more. Preza-Fontes received his B.S. at the Federal University of Mato Grosso, contributing to sugarcane production research alongside his studies. He then attended Kansas State University for his M.S., moving to get his Ph.D. at the University of Illinois. Preza-Fontes worked as a postdoctoral researcher at Purdue University before starting as an assistant professor at the University of Illinois.

Affiliations: 
Dr. Preza-Fontes is an assistant professor in the Department of Crop Sciences in the College of Agricultural, Consumer Environmental Sciences (ACES) at the University of Illinois Urbana-Champaign. He is also a Field Crops Extension Agronomist and University of Illinois alum.

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Cited By

Year

Investigating tradeoffs in nitrogen loss pathways using an environmental damage cost framework

2023

Evaluating Impacts of Cover Crop Species and Planting Methods on Corn Yield

2022

Assessing the concept of control points for dissolved reactive phosphorus losses in subsurface drainage

2022

In-season split nitrogen application and cover cropping effects on nitrous oxide emissions in rainfed maize

6

2022

Corn yield response to starter nitrogen rates following a cereal rye cover crop

2

2022

Assessing the Impacts of Cover Crops and Nitrogen Fertilizer Timing on N2O Emissions from a No-till Corn-Soybean System

2021

Variation in Cereal Rye Nutrient Uptake Based on Above Ground Biomass

2021

Split‐nitrogen application with cover cropping reduces subsurface nitrate losses while maintaining corn yields

9

2021

Development of an Online Tool for Tracking Soil Nitrogen to Improve the Environmental Performance of Maize Production

2

2021

Balancing water quality, nitrogen management, and corn production goals in Illinois

2021

and Remote Sensing Technologies to Evaluate Cropping System Nitrogen Dynamics at the Field-Scale

2020

Relationship of in‐season soil nitrogen concentration with corn yield and potential nitrogen losses

3

2020

Nitrogen fertilization offsets the N2O mitigating effects of cover‐crops and double‐crop soybean in a wheat–sorghum system

2

2020

Soil N2o Emissions in Continuous Corn As Affected By 4R and Cover Crops

2019

Combining environmental monitoring and remote sensing technologies to evaluate cropping system nitrogen dynamics at the field-scale

14

2019

Calibration of stainless steel-edged V-notch weir stop logs for water level control structures

7

2019

Soil pH and Phosphorous Stratification after 9 Years of No-till with Differing Cover Crops and Nitrogen Rates.

2018

Does in-Season Soil Nitrogen Concentration Predict Maize Yield Response?.

2018

Grain sorghum response to nitrogen fertilizer following cover crops

9

2017

Within-field drainage flow and nitrogen loading variability following tile drainage installation

2017

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