---------------------From 2010------------
1.Estimated Increase in Atmospheric Carbon Dioxide Due to worldwide
decrease in Soil Organic Matter
Great Pacific Garbage Patch
Great Pacific Garbage Patch 2
3.
Nitrogen Balance in the Magruder Plots Following 109 Years in Continuous
Winter Wheat J. Plant Nutr. 26:1561-1580.
(pdf)
4.
Seasonal and long-term changes in nitrate-nitrogen content of well water
in Oklahoma. 1997. J. Environ. Qual
26:1632-1637.
5. Tritium
11.
Effect of applied N on organic C, long-term experiments.
12.
Soil Plant Inorganic N Buffering
Agron J 1995 87: 827–834 (summary
page)
400mm = 15.7in
268mm = 10.5in
13. M. F. Vigil and D. E. Kissel
Soil Sci Soc Am J 1991 55: 757-761.
[Abstract]
[PDF]
14.
Francis, D.D., J.S. Schepers,
and M.F. Vigil. 1993. Post-anthesis nitrogen loss from corn. Agron. J.
85:659-663.
15.
Improving Nitrogen Use Efficiency for
Cereal Production Agron.
J. 91:357-363
(pdf)
17.
Economic and Agronomic Impacts of Varied
Philosophies of Soil Testing. Agron J.
M.S. and Ph.D Proficiency Exam
March 11, 2010
Influence of Cation
Exchange Capacity and Depth of Incorporation on Ammonia Volatilization
from Ammonium Compounds Applied to Calcareous Soils (Fenn and
Kissel)
_____________________________________________
Seasonal and long-term changes in nitrate-nitrogen content of well water
in Oklahoma. 1997. J. Environmental Quality,
26:1632-1637. (consult the actual article)
b.
Use of
Stability Analysis for Long-Term Soil Fertility Experiments. Agron J.
85:159-167
Amino Sugar Papers
a. Farm
Journal
b.
Khan, Mulvaney, et al.
c. Khan, Mulvaney, 2001 SSSAJ
1.
Mid-Season Prediction of Wheat Grain Yield Potential Using Plant, Soil,
and Sensor Measurements. J. Plant Nutr.
2.
Magruder Plots, Nitrogen Balance following 109 years of continuous winter
wheat
3.
Optical Sensor Based Algorithm for Crop N Fertilization
4.
Improving Nitrogen Use Efficiency in Cereal Grain Production with Optical
Sensing and Variable Rate Application
5.
Nitrogen Fertilization Optimization Algorithm Based on In-Season Estimates
of Yield and Plant Nitrogen Uptake
6.
Estimated land area increase of agricultural ecosystems to sequester
excess atmospheric carbon dioxide
7. Estimated Increase in Atmospheric Carbon Dioxide Due to Worldwide
Decrease in Soil Organic Matter. Commun. Soil Sci. Plant Anal.
30:1713-1719
8.
Soil Plant Inorganic N Buffering
(web
link)
9. Francis, D.D., J.S. Schepers, and
M.F. Vigil. 1993. Post-anthesis nitrogen loss from corn. Agron. J.
85:659-663.
10. Ammonia Volatilization from
Surface-Applied Urea: Effect of Hydrogen Ion Buffering Capacity (Soil Sci.
Soc. Am. J. 48:578)
11. Reseeding the Green Revolution (Science)
12. The NO2-Flux Conundrum (Science)
13. Nitrogen Oxide Pollution May Spark
Seeds' Growth (Science)
14. Global Population and the Nitrogen Cycle
(Scientific American)
15. Forecasting Agriculturally Driven Global
Environmental Change (Science)
16. Soil Fertility and Hunger in Africa
(Science)
17. NSF Report Paints a Global Picture
(Science)
18.
Improving Nitrogen Use Efficiency for Cereal Production (Agron. J.
91:357-363) |