Ronald Palermo Email & Phone Number

Thriplow, England, United Kingdom

I am currently taking part in hands-on breeding projects that cover activities in fields, glasshouses, and indoors. In the field, I am responsible for evaluating large groups of plants, running field trials that included everything from planting to pest management, and leading teams of students in harvesting. In the glasshouse, my work ranged from sowing and transplanting to organizing breeding efforts and collecting genetic samples. Indoors, I focused on quality control processes like seed cleaning and testing. Additionally, I'm skilled in using tools like Excel and R Studio, along with specialized software, for effective data management and analysis.This experience has given me a comprehensive skill set in practical plant breeding, from the meticulous management of breeding processes to the sophisticated analysis of genetic data. My ability to lead diverse tasks across different environments demonstrates a versatile expertise in agricultural research and development, supported by a strong foundation in data analysis and technology application.

Experimental Farm Bottelare (Ugent - Hogent)

I designed experiments for studying how different types of barley react to drought, using various setups like pots, fields, and rhizoboxes to simulate environmental conditions. I also worked on enhancing and growing strains of Piriformospora indica, a beneficial fungus, in liquid solutions to produce it on a larger scale. Additionally, I cultivated the plant Arabidopsis thaliana under laboratory conditions to observe its response to salt stress, an important factor in studying plant resilience.Through these activities, I've gained significant experience in experimental design and the practical aspects of plant science research, including cultivation techniques under stress conditions and microbial production for agricultural use. My expertise not only covers the meticulous planning and execution of scientific studies but also extends to innovative approaches for improving plant health and stress tolerance, crucial for addressing challenges in agriculture and sustainability.

Helsinki, Finland

I developed and managed a hydroponics system tailored for researching the effects of acid and aluminum stress on faba beans, creating a controlled environment to study these stress factors. I was also responsible for extracting RNA from the plants and then checking both the quality and quantity of these samples to make sure they were suitable for sequencing, employing rigorous standards and methods throughout. By conducting gel electrophoresis, I ensured the RNA's integrity before sequencing, guaranteeing that our analysis would be based on high-quality data. Finally, using the RNA sequencing results, I identified critical genes that influence faba bean's resilience or vulnerability to aluminum toxicity and acidic conditions. This work has contributed valuable insights into how plants respond to environmental stress, enhancing our understanding of genetic adaptation mechanisms.This role allowed me to refine my skills in experimental design, molecular biology techniques, and data analysis, particularly in the context of plant sciences and environmental stress research. It showcases my ability to carry out complex biological experiments and analyze genetic information to draw significant conclusions about plant resilience, paving the way for future advancements in agricultural biotechnology and sustainability.

Helsinki, Finland

I was actively involved in plasmid cloning and transformation processes, which included extracting plasmid DNA to set the stage for studying gene expression. My work also encompassed performing restriction enzyme digests and using gel electrophoresis to analyze DNA fragments, essential steps for confirming the success of our cloning efforts. Notably, I achieved successful transformation of E. coli bacteria to produce the enzyme 4-Coumarate-CoA ligase, a key part of my project that involved determining the enzyme's substrate specificity through detailed experiments.This experience has sharpened my skills in molecular biology techniques and provided me with a solid foundation in genetic engineering and microbiology. It highlights my proficiency in executing sophisticated biotechnological procedures, from cloning to enzyme analysis, underscoring my capacity to contribute to cutting-edge research in gene expression and enzyme functionality.

Helsinki, Finland

I assessed the differences in shoot and root systems among faba bean genotypes that were either tolerant or sensitive to aluminum and acidic stress conditions. This evaluation provided valuable insights into how these plants respond to such stresses at a physiological level.This work has enhanced my understanding of plant biology and stress responses, demonstrating my ability to contribute to research that sheds light on the intricate mechanisms plants use to cope with environmental challenges.

Mas-Grenier, Occitanie, France

I was part of a project where we grew different types of grass and feed plants in water (a method called hydroponics) to see which ones could do well even with little fertilizer. My role involved closely observing these plants, collecting them at the end of their growth cycle, and measuring various characteristics to help us decide which plants were best suited for our goals. This involved a lot of careful data gathering and analysis to make sure we were choosing the right species for further use and development.Following this experience, I've gained valuable skills in managing and executing agricultural research projects, especially in sustainable practices like hydroponics. I've become proficient in detailed data collection, analysis, and the critical process of evaluating plant performance, which are crucial skills in the field of agricultural science and environmental sustainability.

Ati-Rtc Viii, Visayas State University, Baybay City, Leyte

In my role, I was the go-to person for ensuring that a range of agricultural training courses ran smoothly, providing all the technical support needed. As a project officer, I also contributed my expertise as a key resource in specialized topics within these courses. Additionally, I took on the responsibility of crafting the educational content and materials that would be used in these training sessions, tailoring each piece to best suit the learning objectives and the audience's needs.From this experience, I've honed my skills in educational program management, specifically within the agricultural sector. I've developed a strong capability in creating engaging and informative training materials, as well as a deep understanding of the technical and logistical aspects of delivering successful educational programs. These skills make me well-equipped to contribute to and lead initiatives focused on agricultural education and training.

Baybay City, Leyte

In my position, I took on the crucial role of looking after our collection of germplasm (which is essentially the genetic material that plants use to reproduce and grow), making sure each sample was well-maintained, thoroughly described, and properly recorded. I applied specialized hand pollination methods to various sweetpotato varieties and types, a technique critical for developing new and improved cultivars. Furthermore, I carried out unique and initial tests on sweetpotato hybrids to evaluate their performance, using both single and non-repeated experimental designs.Through this work, I've gained invaluable skills in plant genetic conservation and breeding techniques. I've become adept at precise agricultural practices, such as hand pollination, and proficient in conducting and managing experimental trials, skills that are fundamental for advancing in the fields of plant science and genetic research.

I led an in-depth study on how different types of nationally approved sweet potato plants grow and produce under shaded conditions, a key step towards making better use of available land for farming. By closely examining how these varieties react to less sunlight, I discovered important variations in their ability to adapt to shaded environments. This work not only helps in selecting the right sweet potato types for specific growing conditions but also guides future farming methods to increase efficiency and productivity.This experience has equipped me with critical skills in agricultural research and analysis, particularly in understanding plant behavior under varied environmental conditions. It has enhanced my ability to contribute to sustainable agriculture by optimizing land use and informing smarter cultivation strategies, vital for future food security and agricultural innovation.

I was involved in creating new tomato hybrids by cross-breeding commercial hybrids with pure-line (homozygous) parents, a process that requires precise and skilled techniques. This included performing meticulous hand pollination, adhering to strict labeling protocols to track genetic crosses, and ensuring optimal timing throughout the breeding cycle to maximize success rates. Through this experience, I've developed a strong foundation in the principles and practices of plant breeding, particularly in executing detailed hand pollination and maintaining rigorous records. These skills are crucial for anyone looking to innovate in agricultural production, enhancing both the efficiency and effectiveness of breeding new, high-quality plant varieties.

Masters In Agricultural Science And Forestry, Plant Breeding

Master'S Degree, Plant Breeding

Activities and Societies: Musical AssociationUnique courses in introduction to seed business, plant reproductive system and phenotyping..

Bachelor'S Degree, Plant Breeding

Activities and Societies:Main courses: Genetics, Crop Science, Crop Protection, Animal Science, Soil Science, Agricultural Economics.