Maize Genetics Community Awards: 2025 Winners

L. Stadler Mid-Career Award

Sherry Flint-Garcia
The MGC is pleased to present the 2025 L. Stadler Mid-Career Maize Genetics Award to Dr. Sherry Flint-Garcia in recognition of her critical role in the development of both the NAM and 282 association panels that have become the foundation of hundreds of maize quantitative genetics studies by researchers across the globe. In addition, Sherry has performed foundational studies on maize diversity and quantitative genetics and developed a thriving and unique research program in the areas of maize kernel quality, nutrition, and culinary uses.
M. Rhoades Early-Career Award

Erin Sparks
The MGC is pleased to present the 2025 M. Rhoades Early-Career Maize Genetics Award to Dr. Erin Sparks in recognition of her pioneering nature and skills in the fabrication of devices to visualize and mechanically test different plant structures, which have made her a leader in the study of plant biomechanics. Of particular note are a suite of papers highlighting the importance of maize root architecture. Dr. Sparks is the first person to directly test whether "brace" roots actually influence plant standability and the flexural stiffness of the above-ground plant body, via a set of elegantly designed/executed experiments.
Leadership Award

Shawn Kaeppler
The MGC is pleased to present the 2025 Leadership Maize Genetics Award to Dr. Shawn Kaeppler in recognition of his community-first leadership demonstrated by the countless committees that he serves on. Dr. Kaeppler helped shape the Genomes to Fields Initiative, the development of the Wisconsin Crop Improvement Center that is providing the largest public transformation capacity to our community, his major contributions to forming the 501(c)(3) that represents the cooperation today, his role in single handedly writing the NSF RCN proposal that provided funding to CODIE efforts to increase equitable representation of people within the community, and the list goes on.
Cooperator Award
   
Frank Hochholdinger
Caroline Marcon
The MGC is pleased to present the 2025 Cooperator Maize Genetics Award to Dr. Frank Hochholdinger and Dr. Caroline Marcon in recognition of their unwavering dedication to the development and public release of the BonnMu transposon insertion lines, which has become an incredibly important reverse genetic resource for the community.
Karen Koch
Don McCarty
The MGC is also pleased to present the 2025 Cooperator Maize Genetics Award to Dr. Karen Koch and Dr. Don McCarty in recognition of their long-standing involvement and steadfast support of the development and public release of the UniformMu population for reverse genetics. Hundreds of researchers from around the world have benefited from this resource, which now includes over 14,000 independent lines containing about 72,000 mapped transposon insertions in approximately 16,000 genes.
Emerson Award
Zac Cande
The MGC is pleased to present the 2025 Cooperator Maize Genetics Award to Dr. Frank Hochholdinger and Dr. Caroline Marcon in recognition of their unwavering dedication to the development and public release of the BonnMu transposon insertion lines, which has become an incredibly important reverse genetic resource for the community.
Brian Larkins
The MGC is also pleased to present the 2025 Cooperator Maize Genetics Award to Dr. Karen Koch and Dr. Don McCarty in recognition of their long-standing involvement and steadfast support of the development and public release of the UniformMu population for reverse genetics. Hundreds of researchers from around the world have benefited from this resource, which now includes over 14,000 independent lines containing about 72,000 mapped transposon insertions in approximately 16,000 genes.

Maize Genetics Community Awards: 2024 Winners

L. Stadler Mid-Career Award

Jinsheng Lai
The MGC is pleased to present the 2024 L. Stadler Mid-Career Maize Genetics Award to Dr. Jinsheng Lai in recognition of his contributions in the discovery of ZmSUGCAR1, a new class of sucrose transporter involved in grain-filling, analyses of genomic imprinting and epigenetic regulation in maize endosperm, and population scale genomics analysis of Chinese inbred's using high density time-series transcriptomics of embryo, endosperm and other organs.
M. Rhoades Early-Career Award

Rubén Rellán-Álvarez
The MGC is pleased to present the 2024 M. Rhoades Early-Career Maize Genetics Award to Dr. Rubén Rellán-Álvarez in recognition of his contributions in understanding physiology and molecular biology of plant responses to heavy metals in soil.
Cooperator Award


Carson Andorf
Darwin Campbel
John Portwood
The MGC is pleased to present the 2024 Cooperator Maize Genetics Award to Dr. Carson Andorf, Darwin Campbell, and John Portwood for their critical organizational and structural support to enable key activities for the maize community, including the annual maize genetics meetings and the services of MaizeGDB which provides enhanced resources for the community.
Leadership Award
Mark Lubkowitz
The MGC is pleased to present the 2024 Leadership Maize Genetics Award to Dr. Mark Lubkowitz in recognition of his leadership at Saint Michael's College, where he received multiple nominations for Professor of the Year for the impact his teaching has had on his students, and also for his outreach efforts which include co-writing two books for the public and hosting a YouTube channel to make current research more accessible.
Ruth Wagner
The MGC is pleased to also present the 2024 Leadership Maize Genetics Award to Dr. Ruth Wagner in recognition of her leadership as head of Data Science and Analytics in Plant Biotechnology at Bayer, where she has been a driving force behind increasing industry involvement in the maize community by creating mentoring opportunities for students, organizing conference events, and encouraging industry participation in MGC committees.
Emerson Award
Vicki Chandler
Dr. Chandler has made tremendous contributions to our understanding of maize genetics and to our research community. Her independent position at University of Oregon began in 1985, and she maintained an active presence in the maize genetics research community for more than 30 years. Research in the Chandler laboratory focused predominantly on regulation of gene expression in maize, with an emphasison gene silencing mechanisms related to paramutation at the B1 locus. Over the course of her career as a post-doc in the Walbot lab and subsequently as a faculty member at the University of Oregon and then later at the University of Arizona, Dr. Chandler authored and co-authored over 50 papers related to maize genetics and genomics. Overall, her work has been cited more than 10,000 times. Dr. Chandler is well known for her exacting scientific standards, and each paper represents a substantial and scientifically sound body of work, with clearly stated results and well justified conclusions. Of particular note is her work on paramutation, a fascinating example of gene regulation that was first described decades before Dr. Chandler turned her attention to it.
Jesús Sánchez González
Dr. Sánchez González is the leading authority on the biology of the teosintes, the wild relatives of maize, and a key researcher on the diversity of Mexican landrace maize. Building on the initial work of Garrison Wilkes, Dr. Sánchez González made numerous field expeditions to collect teosintes from the wild as their habitats were being lost or threatened, characterized the collections phenotypically and with molecular markers, and recently developed a set of near-isogenic lines carrying introgressions from all named teosinte taxa to assist genetic analysis of their alleles and incorporation of novel wild alleles into maize varieties. Dr. Sánchez González is the lead author on the most recent monograph of the geographic distribution and taxonomic classification of teosinte (Sánchez González et al. 1998, updated and summarized in English in Sánchez González et al. 2018 PlosOne), and has recently published an impressive genetic characterization of nearly 300 populations of all wild Zea (Rivera-Rodríguez et al. 2023 PLoSOne). He discovered and characterized new teosinte taxa (Sánchez González et al. 2011 Am. J. Bot).
L. Curt Hannah
Dr. L. Curt Hannah is a longstanding member of the Maize Genetics Community with a career spanning six decades. Curt has thus co-authored 154 refereed publications. Among Curt's many fundamental discoveries in my mind three standout. 1) His early studies of sh2-m1 were first to show that transposon excision could be a source of variation that altered kinetic and allosteric properties of an enzyme. The enzyme is ADP-glucose pyrophosphorylase, a focus for much of his research. 2) Curt documented de novo creation of a correctly spliced intron by a Ds transposon insertion. The significance of this discovery was recognized by Nobel Laureate and "intron early" advocate Walter Gilbert even though birth of a new intron in Oliver Nelson’s field nursery in the summer of 1969 ran counter to his favored hypothesis. 3) Elucidation of unexpected relationships between gene family structure and subunit sub-functionalization in evolution of a multimeric enzyme. These discoveries in turn inspired translational applications that have resulted in 15 patents including engineering and field testing of maize transgenic lines with heat-stable and kinetically optimized ADP-glucose pyrophosphorylase variants.

Maize Genetics Community Awards: 2023 Winners

L. Stadler Mid-Career Award

David Braun
The MGC is pleased to present the 2023 L. Stadler Mid-Career Maize Genetics Award to Dr. David Braun in recognition of his contributions in the genetic mechanisms of sugar transport, which opened a whole line of reserach into genetic control of sucrose export and interactions between functionally-related genes.
M. Rhoades Early-Career Award

Marna Yandeau-Nelson
The MGC is pleased to present the 2023 M. Rhoades Early-Career Maize Genetics Award to Dr. Marna Yandeau-Nelson in recognition of her contributions in understanding the biosynthetic and regulatory genetic networks of metabolic traits, and using that knowledge for downstream practical applications.
Leadership Award

John Fowler
The MGC is pleased to present the 2023 Leadership Maize Genetics Award to Dr. John Fowler in recognition of his leadership as CODIE Chair that helped make the maize community more diverse and equitable, such as improving the MaGNET program, managing a workshop on increasing diversity in the community, and establishing a new tradition of having a diversity speaker at the maize meeting.
Cooperator Award
Carolyn Lawrence-Dill
The MGC is pleased to present the 2023 Cooperator Maize Genetics Award to Dr. Carolyn Lawrence-Dill for her contributions in reinventing MaizeGDB to become a centralized resrouce for maize genetics around the B73 reference sequence.
Bob Meeley
The MGC is pleased to also present the 2023 Cooperator Maize Genetics Award to Dr. Bob Meeley in recognition of his development of the TUSC (Trait Utility System for Corn) at Pioneer Hi-Bred in the early 1990s, which was the premiere reverse-genetic tool in maize for decades until the application of CRISPR.
Emerson Award
Hugo Dooner
Dr. Hugo Dooner has contibuted landmark discoveries, superb genetics, and intellectual leadership to the maize genetics community for decades. Hugo's various uses of the bronze locus and its surroundings to demonstrate everything from genetic control of enzymatic activity to the complexities of and interactions among transposable elements (especially, but not limited to, Ac/Ds), understanding the subtleties of recombination and gene conversion, to one of the first descriptions of the unexpected and incredible variation in maize genome organization. Similarly, his relentless pursuits of understanding Ac/Ds elements involved Petunias, Arabidopsis and tobacco plants, but his deep love of maize was never far away and he has served the community as an elected member of the National Academy, on the Maydica editorial board, Maize Nomenclature Committee and even chairing the Maize Meeting, as well as championing maize on the editorial boards of major journals like Plant Cell and TAG.
Kathy Newton
Dr. Kathy Newton's scientific contributions include pioneering the study of mitochondrial genetics and genomics in maize. Her lab showed that partial deletions of mitochondrial genes that encode specific components of electron transfer chain complexes or of the translation apparatus have dramatic effects on plant growth and development. Defective mitochondria can affect chloroplast biogenesis, and they also signal to the nucleus of the cell, which leads to the production of specific stress proteins. Another major research contribution she made was through determining the molecular basis of cytoplasmic male sterility (CMS) in maize. CMS plants grow normally but fail to shed pollen. Novel mitochondrial genes resulting from DNA rearrangements cause CMS. Kathy's research explained how nuclear genes and spontaneous mitochondrial DNA rearrangements lead to the recovery of fertility. This research has direct applications in breeding and the production of high-yielding hybrid corn.

Maize Genetics Community Awards: 2022 Winners

L. Stadler Mid-Career Award

Jianbing Yan
The MGC is pleased to present the 2022 L. Stadler Mid-Career Maize Genetics Award to Dr. Jianbing Yan in recognition of his outstanding contributions in maize genetics and genomics.
M. Rhoades Early-Career Award

Madelaine Bartlett
The MGC is pleased to present the 2022 M. Rhoades Early-Career Maize Genetics Award to Dr. Madelaine Bartlett in recognition of her contributions in understanding the genetic and developmental mechanisms of the evolution of morphological diversity in plants.
Leadership Award

Thelma Madzima
The MGC is pleased to present the 2022 Leadership Maize Genetics Award to Dr. Thelma Madzima in recognition of her leadership in advocating for diverse and equitable scientific communities.
Cooperator Award
Mary Schaeffer
The MGC is pleased to present the 2022 Cooperator Maize Genetics Award to Dr. Mary Schaeffer for her contribution in creating MaizeDB (with Ed Coe, 1991, became MaizeGDB in 2003), followed by 30 years of steadfast data curation, annotation and guidance.
Candy Gardner
The MGC is pleased to also present the 2022 Cooperator Maize Genetics Award to Dr. Candy Gardner in recognition of her tenure as Research Leader at the North Central Regional Plant Introduction Station in Ames, IA and ensuring that maize genetic resources and associated information were readily available to maize researchers globally.
Emerson Award
Sarah Hake
Dr. Hake started her career as a PhD student with Ginny Walbot studying the organization of the maize genome. She then progressed to a post doc with Mike Freeling, working on transposons and their effect on gene expression. There she started to work on KNOTTED1, which she cloned as one of the first plant developmental genes. She used many genetic approaches, including mosaic analysis, which led to the discovery of KN1 non-cell autonomy and that transcription factors traffic through plasmodesmata. She pioneered phenotypic analysis of developmental mutants, and passed on her passion to many former trainees who are now leading plant genetics groups around the world. Her group also cloned and characterized many of the classical maize developmental mutants, including terminal ear, branched silkless, barren inflorescence2, indeterminate spikelet, Fascicled, Tasselseed5 and 6, ramosa2 and Gnarly to name just a few, giving incredible new insights into control of inflorescence architecture, leaf development, plant cell walls and the growth-defense tradeoff.
Major Goodman
Dr. Goodman is the leading expert on the classification and use of the diverse genetic resources of maize. He pioneered the development and use of mathematical approaches to classification of diverse plant materials; had a primary role in the development of one of the first comprehensive plant genetic marker systems; championed the maintenance, evaluation, and use of gene bank resources for crop improvement; and to this day conducts a very productive applied public maize breeding program. His impact on the scientific community has increased as understanding of genetic diversity and its relationship with phenotypic diversity has become a major objective of large-scale plant genomics efforts (Buckler et al. 2006). Maize plays a key role in these efforts thanks in part to the groundwork that Major Goodman developed to elucidate and synthesize the relationships among the bewildering array of diverse maize seed resources.

Maize Genetics Community Awards: 2021 Winners

L. Stadler Mid-Career Award

Nathan Springer
The MGC is pleased to present the 2021 L. Stadler Mid-Career Maize Genetics Award to Dr. Nathan Springer in recognition of his outstanding thought leadership and contributions to epigenetics research, maize genome structure, and gene expression regulation.
M. Rhoades Early-Career Award

Andrea Eveland
The MGC is pleased to present the 2021 M. Rhoades Early-Career Maize Genetics Award to Dr. Andrea Eveland in recognition of her significant research contributions through elegant studies of maize and related grasses, addressing complex biology with computational approaches.
Leadership Award

Natalia de Leon
The MGC is pleased to present the 2021 Leadership Maize Genetics Award to Dr. Natalia de Leon in recognition of her impact on formalizing the MGC, leading large, cross-functional research initiatives, and her advocacy for underrepresented individuals and groups.
Cooperator Award

Marty Sachs
The MGC is pleased to present the 2021 Cooperator Maize Genetics Award to Dr. Marty Sachs in recognition of his dedication to the MGC by supporting, cataloging, and providing germplasm resources to the world and by serving on the Maize Genetics Meeting Steering Committee for over 20 years.
Emerson Award
Don Auger
Dr. Auger received his Ph.D. from the Univesity of North Dakota advised by Dr. William Sheridan and did his postdoc at the University of Missouri, Columbia with Dr. James Birchler. For the past two-decades, he served as a Professor at South Dakota State University. Over his career, Dr. Auger imparted his love of maize genetics to thousands of undergraduate and graduate students through his genetics courses and has been recognized numerous times at the university and national level for teaching and mentoring. As part of the maize community, Dr. Auger contributed towards the understanding of perennialism in Zea diploperennis, the effect of gene dosage on heterosis and polyploidy, and of mutations that affect the gametophyte generation in maize. Dr. Auger passed away on January 7th, 2021. Don was a beloved fixture at the Maize Meeting, having attended more than thirty meetings.
Ronald Phillips
Dr. Phillips received his Ph.D. from the University of Minnesota. He is a Regents Professor Emeritus and former McKnight Presidential Chair in Genomics at the University of Minnesota, having spent his career as a faculty member in the Department of Agronomy and Plant Genetics. Dr. Phillips is widely recognized for his seminal work in plant tissue culture which supported the biotechnology revolution. Dr. Phillips had a major impact on the careers of many scientists including the 55 graduate students and 23 postdoctoral scientists he advised. Dr. Phillips was dedicated to serving and growing the community. Among numerous activities, he served as Chief Scientist of the USDA (1996-1998) in charge of the National Reserach Initiative Competitive Grants Program, chaired the Interagency Working Group that developed the plan for the Plant Genome Research Initiative and held leadership roles in the Maize Genetics community and the Crop Science Society of America. He received many awards during his career including election to the U.S. National Academy of Sciences.
William Sheridan
Dr. Sheridan received his Ph.D. from the University of Illinois, and followed this with research at Yale, the University of Missouri, and ultimately at the University of North Dakota, where he is the Chester Fritz Distinguished Professor of Biology. Dr. Sheridan did pioneering work studying histones and the synaptonemal complex in lilies and maize. He also made major contributions in the genetic and developmental analyses of defective kernel mutations with regards to the endosperm and the embryo, and helped define the early stages of their development in maize. Additionally, Dr. Sheridan identified and studied mutations essential for the genetic control of meiosis. For over two decades, he organized the program and served on the Maize Genetics Meeting steering committee. He was editor for the key community reference book "Maize for Biological Research" and fostered a unique exchange with Russian scientists in the 1990s. Dr. Sheridan is an incredible collaborator and mentor for scientists, he epitomizes the combination of excellence in research with the building of an open community, where everyone can thrive.

Maize Genetics Community Awards: 2020 Winners

L. Stadler Mid-Career Award

Jim Holland
The MGEC is pleased to present the 2020 L. Stadler Mid-Career Maize Genetics Award to Dr. Jim Holland. Dr. Holland received his Ph. D. in Crop Science from North Carolina State University and currently is a Research Geneticist for the USDA-ARS in the Plant Science Research Unit. Dr. Holland is an internationally-regarded plant geneticist known for his pioneering work in statistical genetics and plant breeding. His contributions to the field are numerous, including methods for calculating heritability and genetic and phenotypic correlations, breeding for resistance to fusarium ear rot (FER), and his contributions to the construction and use of the maize nested association mapping (NAM) population.
M. Rhoades Early-Career Award

Matthew Hufford
The MGEC is pleased to present the 2020 M. Rhoades Early-Career Maize Genetics Award to Dr. Matthew Hufford. Dr. Hufford received his Ph. D. in Ecology from University of California, Davis and currently is an Associate Professor at Iowa State University. Dr. Hufford's research investigates a wide array of topics in maize evolution from gene flow with wild relatives to comparative genomics. Some highlights of his research include a comprehensive population genetic analysis of maize domestication, substantial contributions in maize genome evolution and comparative genomics, benchmark tools for genome assemblies, and the assembly and annotation of the NAM founders.
Emerson Award

Jerry Kermicle
The MGEC is pleased to present the 2020 R. Emerson Lifetime Maize Genetics Award to Dr. Jerry Kermicle. Dr. Kermicle received his B.S from University of Illinois, Urbana, and a Masters and Ph.D. in Genetics from the University of Wisconsin. His entire professional career has been at the University of Wisconsin, starting with a PostDoc in 1963 to his current position as a Professor Emeritus (a position held since 1999). Dr. Kermicle's has made substantial contributions in many areas of considerable importance for maize genetics. For example, he was the first to describe a gene related to gametic imprinting. He was a pioneer in this field. Other areas of focus include the structure, paramutation, and silencing of the R gene in maize, and the teosinte/maize crossing barrier. Throughout his career, Professor Kermicle has also selflessly donated and shared his unique materials broadly with the global maize community. The uniqueness of Professor Kermicle's contributions have relied on his keen observation skills and his capacity to dissect complex phenomena, almost solely, by observing progeny of carefully designed genetic crosses.

Maize Genetics Community Awards: 2019 Winners

L. Stadler Mid-Career Award

Marja Timmermans
The MGEC is pleased to present the 2019 L. Stadler Mid-Career Maize Genetics Award to Dr. Marja Timmermans. Dr. Timmermans began her career at Cold Spring Harbor Lab in 1998, was named assistant professor in 2001, and professor in 2009. Since April of 2015 she has assumed the position of Alexander von Humboldt Professor at the University of Tübingen. Dr. Timmermans' work has contributed to our understanding of the role of small regulatory RNAs in the development of maize shoots including: small 21-bp miRNA seqeuences as proves for in situ hybridizations, rough sheath2 the role of POLYCOMB REPRESSIVE COMPLEX2 in the regulation of KNOTTED-like homeobox gene expression in maize shoots, and the mobility of miRNAs and ta-siRNAs.
M. Rhoades Early-Career Award

Andrea Gallavotti
The MGEC is pleased to present the 2019 M. Rhoades Early-Career Maize Genetics Award to Dr. Andrea Gallavotti. Dr. Gallavotti received his B.S. and Ph.D from the University of Milan in Italy. Dr. Gallavotti's work has contributed to our understanding of molecular mechanisms regulating plant and inflorescence architecture, including: transcriptional regulation in maize developmental pathways, auxin signaling and reproductive meristem development, and the importance of boron transport in inflorescense formation and fertility.
Emerson Award

Gerry Neuffer
The MGEC is pleased to present the 2019 R. Emerson Lifetime Maize Genetics Award to Dr. Gerry Neuffer. Dr. Gerry Neuffer received his B.S. from University of Idaho in 1947, and his M.S and Ph.D., both under Dr. Lewis J. Stadler, from University of Missouri, Columbia in 1948 and 1952, respectively. After a short postdoc, he was hired as an Assistant Professor at the University of Missouri, where he rose through the ranks and stayed for his entire career, until his retirement in 1992. He is currently an Emeritus Professor at the University of Missouri and still grew and pollinated a corn field every summer. Dr. Neuffer has made significant contributions to maize genetics by developing, sharing, characterizing, and documenting numerous mutants to help elucidate the genetic pathways underlying many traits. Dr. Neuffer was elected as a Fellow of the American Association for the Advancement of Science in 1964. Dr. Gerry Neuffer is a long-standing member of the maize community. Dr. Neuffer is one of the founders of the Maize Genetics Conference in 1954 and one of the few people in the world that can say they have been to more than 50 Maize Meetings.

Maize Genetics Community Awards: 2018 Winners

L. Stadler Mid-Career Award

Mike Scanlon
The MGEC is pleased to present the 2018 L. Stadler Mid-Career Maize Genetics Award to Dr. Mike Scanlon. Dr. Scanlon received his Ph.D in Genetics from Iowa State University and was an NSF postdoctoral fellow at UC Berkeley from 1993-1997. Dr. Scanlon's work has contributed to our understanding of meristem organization and function including: investigation of narrow sheath genes, analysis of the meristem transcriptome, and indentification of quantitative genetic variation for meristem morphology.
M. Rhoades Early-Career Award

James Schnable
The MGEC is pleased to present the 2018 M. Rhoades Early-Career Maize Genetics Award to Dr. James Schnable. Dr. Schnable obtained his B.A. from Cornell University and Ph.D from UC Berkeley. Dr. Schnable's work has contributed to our understanding of the consequences of genome duplication in maize including: the delineation of maize A and B sub-genomes, the discovery of sub-genome dominance, and the identification genes under selection by comparative analysis of maize and sorghum genomes.
Emerson Award

Ed Coe
The MGEC is pleased to present the 2018 R. Emerson Lifetime Maize Genetics Award to Dr. Ed Coe, Jr. Dr. Coe received his B.S. from the University of Minnesota and his Ph.D from the University of Illinois, and is a Professor Emeritus at the University of Missouri-Columbia and retired from the USDA-ARS after 50 years of service. Dr. Coe has made many seminal contributions to our understanding of maize genetics. He described paramutation at the Booster (B) locus. This research directly influenced the discovery of the field of epigenetics and the regulation of gene function by small RNAs. Dr. Coe also discovered stock 6 that produces haploid progeny at high frequency, which underpins the production of doubled haploid individuals to produce inbred lines. This discovery resulted in millions of dollars of subsequent research and benefited people all over the world by the improvements in seed yield. He also made significant discoveries of the genes controlling anthocyanin production in maize, conducted pioneering studies using radiation to mark cell lineages and study how different populations of cells within the meristem contribute to maize development, created some of the first integrated classical genetic and molecular genetic maps of maize chromosomes, and helped launch online databases as repositories for genetic and genomic information. In addition, Dr. Coe served as the Editor of the Maize Genetics Cooperation Newsletter for 26 continuous years, and along with two co-authors, wrote The Mutants of Maize, the definitive volume of the genetic resources available for this species. Dr. Coe has received numerous awards for his research, including the Thomas Hunt Morgan Medal for lifetime contributions to the field of genetics from the Genetics Society of America in 1992, and being elected as a Fellow of the American Association for the Advancement of Science in 1963.

Maize Genetics Community Awards: 2017 Winners

L. Stadler Mid-Career Award

Paula McSteen
The MGEC is pleased to present the 2017 L. Stadler Mid-Career Maize Genetics Award to Dr. Paula McSteen. Dr. McSteen received her B.A. from the University of Dublin Trinity College and her Ph.D from the Plant Developmental Genetics University of East Anglia John Innes Center, Norwich, UK. Dr. McSteen's laboratory provided the first genetic evidence that auxin is synthesized from tryptophan in a two-step process in maize. Her lab has also contributed to two Plant Cell papers detailing the role of thiamine in maize development, and a particularly novel discovery that the element boron is involved with meristem development. With support from the NSF, she is currently collaborating with the Kellogg lab to understand the mechanism by which maize makes paired rows of kernels while other grasses such as wheat, rice, and barley make single rows. Her lab has identified a genetic mechanism for the development of a new meristem type through identification of a mutant defective in meristem maintenance. In addition to her research contributions, Dr. McSteen served on the steering committees for the Maize Genetics Conference from 2009-2012 and has served as treasurer from 2010-2017.
M. Rhoades Early-Career Award

Candice Hirsch
The MGEC is pleased to present the 2017 M. Rhoades Early-Career Maize Genetics Award to Dr. Candice Hirsch. Dr. Hirsch obtained her B.S. and Ph.D from the University of Wisconsin, Madison. Her work uses genomics, classical genetics, and analysis of natural variation to characterize the genetic basis of phenotypic variation in maize, and applies that information to improving maize cultivars. She has been an author or co-author on 34 papers since 2010. Her research has included documenting maize presence-absence variation, and analyzing genetic variation associated with long-term selection for seed size. Her work on presence-absence variation included anaylsis of transcriptome variation in 500 maize inbred lines and she led the effort to perform a de novo assembly and analysis of PH207. This work, recently published at The Plant Cell highlights the variability in gene presence among maize inbred lines and will provide an extremely valuable resource for the analysis of how structural variation impacts gene expression and phenotype.

Maize Genetics Community Awards: 2016 Winners

L. Stadler Mid-Career Award

Jeffrey Ross-Ibarra
The MGEC is pleased to present the 2016 L. Stadler Mid-Career Maize Genetics Award to Jeffrey Ross-Ibarra. Dr. Ross-Ibarra obtained his BA and MS from UC Riverside and performed his PhD research at the University of Georgia. Dr. Ross-Ibarra was a post-doctoral researcher with Brandon Gaut at the University of California-Irvine. Dr. Ross-Ibarra has been a faculty member in the Department of Plant Sciences since 2009. His lab has made fundamental contributions to our understanding of population genetics and domestication, improvement and local adaptation in maize. Dr. Ross-Ibarra's group has been a part of over 40 publications since 2009. Dr. Ross-Ibarra has been awarded the Presidential Early Career Award for Scientists and Engineers 2009 and the DuPont Young Professor Award 2012.
M. Rhoades Early-Career Award

Michael Gore
The MGEC is pleased to present the 2016 M. Rhoades Early-Career Maize Genetics Award to Dr. Michael Gore. Dr. Gore received a BS and MS from Virginia Tech and performed his PhD research with Dr. Ed Buckler at Cornell University. Dr. Gore began his independent research career at the USDA Arid-Land Agricultural Research Center in Maricopa AZ 2009-2013 and then moved to the Plant Breeding and Genetics program at Cornell University as an Associate Professor in 2013. Dr. Gore has made fundamental contributions to our understanding of diversity and quantitative trait analysis in maize. He has a research program on basic and applied aspects of provitamin A carotenoid and vitamin E content in maize grain and is very active in the development and application of field-based plant phenotyping systems. He has received the National Association of Plant Breeders Early Career Scientist award in 2012 and the American Society of Plant Biologists Early Career award in 2013.