Management Impacts on Allophonic Soil Carbon Sequestration
1M. Hasinur Rahman*, 1Allister W. Holmes, 2Markus Deurer, and 3K. R. Islam
1PlusGroup Horticulture Ltd., Newnham Park, Te Puna, Tauranga 3172, New Zealand
2Plant & Food Research, Tennent Drive, Palmerston North 4474, New Zealand
3Ohio State University South Centers, 1864 Shyville Road, Piketon, OH 45661,USA
*Corresponding author’s e-mail: email@example.com
• Background Soil organic carbon (SOC) is a composite indicator of soil quality.
• Management practices affect SOC concentration and stocks.
• There is limited information available on SOC distribution in Allophonic soils used for different crop production systems.
• We hypothesized that kiwifruit orchards may have higher soil organic carbon stocks at depth, as it has a deeper rooting system, than shallow rooted pastoral and arable production systems.
Materials and Methods
Study Sites and Management
The experiment was conducted near Tauranga (37°43S 176°06E) located in the Bay of Plenty region. The experimental sites are approximately 50 m above sea level, free draining, and have little or no compaction. The average lowest and highest monthly maximum temperature of the study site is in July (9.8°C) and February (19.3°C), respectively. The average lowest and highest precipitation of the study area is January (74 mm) and March (128 mm), respectively...
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