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This publication offers a discussion on how to lime Fraser fir Christmas trees. Fraser fir Christmas trees require a lower soil pH than most crops grown in North Carolina. Special management strategies for soil pH, calcium, and magnesium are needed to provide proper nutrition without over-liming.
This publication covers a full range of site factors that can help growers avoid Phytophthroa root rot disease and other production issues. Readers will better understand the influence of topography and landscape positon on the movement of soil water in their fields. Activities and tools that can help a grower assess a new site are dicussed.
This factsheet provides general guidelines for obtaining soil samples in Christmas tree fields, a summary of soil test result categories, and information for evaluating those results to develop an efficient Christmas tree fertilization program.
This publication identifies best management practices (BMP's) that protect water quality and the environment on Christmas tree farms in North Carolina. Profitable Christmas tree production can go hand-in-hand with sustainable goals that protect land and water resources. Several water quality BMP's described here also have the potential to slow the spread of Phytophthora root rot, a dire soil-borne disease that threatens Christmas tree production. BMP's are identified for road construction, stream buffers, site preparation, scouting-based pesticide decisions, selecting least-toxic pesticides, weed and ground cover management, fertilizer management, pesticide handling and storage, and well head protection. Growers who invest in BMP’s usually show a greater long-term profit because their land is maintained at higher productivity. With a multiple choice question for each BMP, readers can evaluate their level of compliance with each practice.
Nutrient analysis of soil and plant tissue should be an integral part of any tree crop management plan. While this publication was designed for Christmas tree growers, the principles outlined here may be easily applied to other tree crops.
