From: Current challenges and future of agricultural genomes to phenomes in the USA
Topics | Examples provided for community survey |
---|---|
Phenotyping technology development | In vivo/low-to-moderate throughput versus remote/high throughput measurement tools, integration of these |
Predictive analytics development | Advancing big data tools, integrating statistics with machine learning techniques and artificial intelligence |
Democratizing access to technology | Increase fluency in statistical/computational approaches, community investment in flexible software solutions, subsidize new tech testing |
Convergence science | Facilitating collaborations across disciplines, integration of disciplinary approaches |
Standardizing research methods and tools | Terminology, data collection, data storage and re-use, pipelines, maximize data interoperability |
Advancing genomic research | Pangenomics, statistical models, and methods for fully leveraging low-pass sequencing data, data and support systems for predicting variant effect on phenotype |
Advancing plant and animal breeding | Re-analyzing past selection programs with modern tools, Identifying areas for synergies, support for integrating genomic and phenomic data to optimize breeding decisions |
Diversifying engagement | Learn from the approaches of indigenous and urban farmers, building translational validation studies broad enough for diverse producer types to participate |