P-ISSN 0008-0845
E-ISSN 2160-8091
Vol. 71, Issue 1, 2017February 09, 2017 PDT
Wood chip denitrification bioreactors can reduce nitrate in tile drainage
Wood chip denitrification bioreactors can reduce nitrate in tile drainage
T Hartz, R Smith, M Cahn, T Bottoms, S Bustamante, L Tourte, K Johnson, L Coletti,
Articles in Vol. 71, Issue 1, 2017
Vol. 71, Issue 1, 2017
- Drones in California research and extensionM Kelly
- Unmanned aerial systems for agriculture and natural resourcesS HoganM KellyB StarkY Chen
- Trump and U.S. immigration policyP Martin
- Lindcove REC: Developing citrus varieties resistant to huanglongbing diseaseH White
- Mark Hoddle: Smiting weevilsJ Downing
- Research to policy: Enabling oak woodland restorationD Thompson
- The palm weevil _Rhynchophorus vulneratus_ is eradicated from Laguna BeachM HoddleC HoddleM AlzubaidyJ KabashimaJ NissonJ MillarM Dimson
- How many workers are employed in California agriculture?P MartinB HookerM AkhtarM Stockton
- Irrigation method does not affect wild bee pollinators of hybrid sunflowerH SardiñasC YeeC Kremen
- Wood chip denitrification bioreactors can reduce nitrate in tile drainageT HartzR SmithM CahnT BottomsS BustamanteL TourteK JohnsonL Coletti
Hartz, T, R Smith, M Cahn, T Bottoms, S Bustamante, L Tourte, K Johnson, and L Coletti. 2017. “Wood Chip Denitrification Bioreactors Can Reduce Nitrate in Tile Drainage.” California Agriculture: The Journal of UC Agriculture and Natural Resources 71 (1): 41–47. https://doi.org/10.3733/ca.2017a0007.