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Volume 6 Advances in Crop Science and Technology
ISSN: 2329-8863 Agri World 2018
March 05-07, 2018
Page 35
Notes:
conferenceseries.com
11th World Congress on
March 05-07, 2018 | Paris, France
Plant Biotechnology and Agriculture
John M Jemison, Adv Crop Sci Tech 2018, Volume 6
DOI: 10.4172/2329-8863-C1-004
Innovative practices for dairy and potato farmers to adapt in increasingly variable climatic
conditions: Lessons learned in Maine
Maine farmers have become increasingly concerned about variable weather conditions affecting current and long-term
productivity. In 2011, we conducted 15 focus groups in a program called ‘Assessing Maine’s Agricultural Future - 2025’
and we asked farmers: What changes are you making on your farm relative to recent weather patterns? As one might expect,
responses ranged from challenging us that weather is indeed more variable now than previously, to others saying that they
had adopted numerous practices including no-till production, purchased irrigation equipment and installed tile drainage.
Fruit producers, particularly apple and blueberry growers were most concerned about variable weather, while potato and
dairy producers seemed least concerned and more entrenched with their production methods. Since then, we have developed
a focused applied research and extension outreach effort to dairy and potato growers to work on improving soil quality to
increase climate resilience. While cold wet soils were once thought to prohibit, no-till production in Maine, some dairy
farmers even in northern parts of Maine have adopted the practice. We recently surveyed early adopters to find out why they
changed and sampled fields to assess soil health. While most mentioned reduced fuel use, labor and time as key drivers, some
discussed improving soil quality. Interestingly, we asked farmers to identify fields they wanted information on soil health and
to tell us which fields they thought would have the best and worst soil health scores. They were correct, only 40% of the time
indicating that they don’t fully understand soil quality. Our efforts to make potato production systems more resilient have
centered on reducing tillage where possible (such as one-pass hilling), evaluating the use of nurse crops to protect soils before
plant emergence, adopting longer rotations and integrating crop and livestock farms. Key field experimental results will be
highlighted in the presentation.
Biography
John M Jemison is an Extension Professor of Soil and Water Quality. He conducts applied research and educational outreach programs to encourage growers and home-
owners to implement practices to improve soil quality and protect surface and ground water supplies. With projects like the Orono Community Garden, he teaches volun-
teers to grow food using organic practices and understand civic agriculture. His agricultural research focuses on nutrient and weed management strategies to improve soil
health and crop productivity, integrating crop and livestock operations, reducing crop production impact to water resources and increasing resilience of cropping systems
to change climate through reducing tillage and improving soil health. He is also a Cooperating Professor with the School of Food and Agriculture.
John M Jemison
University of Maine, USA