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TABLE OF CONTENTS

Weather Summary

SOILS RESEARCH

Effect of nitrogen (N) and phosphorus (P) on grain yield and quality of spring barley 
    Table 1s. Northeast of Cut Bank, D. & K. Bradley
    Table 2s. North of Cut Bank, B. Bradley
    Table 3s. East of Sunburst, P. Aschim

Canola variety evaluation 
    Table 4s. Irrigated canola variety test

Effect of nitrogen (N) and phosphorus (P) on seed yield and oil content of dryland canola 
    Table 5s. Northeast of Cut Bank, D. & K. Bradley
    Table 6s. North of Cut Bank, B. Bradley

Effect of nitrogen (N) rate on yield and quality of irrigated durum and spring wheat varieties 
    Table 7s. WTARC, durum and spring wheat

Effect of seeding rate and nitrogen (N) on yield and quality of spring wheat and durum 
    Table 8s. WTARC, spring wheat and durum

Pulse crop variety performance trials 
    Table 9s. Dryland spring chickpea nursery
    Table 10s. Dryland spring pea nursery
    Table 11s. Habitus of spring pea varieties
    Table 12s. Irrigated spring pea nursery

Effect of nitrogen (N) and phosphorus (P) on spelt yield 
    Table 13s. WTARC, spelt

Effect of nitrogen (N), phosphorus (P), and sulphur (S) on winter wheat 
    Table 14s. East of Brady, D. Picard

Predicting canola and spring wheat response to sulphur fertilization 
    Table 15s. Effect of S and S application time on canola seed yield and C, S, and N content. Northwestern Ag.      Research Center (NWARC).
    Table 16s. Effect of S on canola C, S, and N content when sampled at the rosette growth stage. NWARC.
    Table 17s. Effect of S and S application time on canola C, S, and N content when sampled just before flowering. NWARC.
    Table 18s. Effect of S and S application time on spring wheat grain yield and C, S, and N content. NWARC.
    Table 19s. Effect of S on C, S, and N content of spring wheat when sampled at tillering. NWARC.
    Table 20s. Effect of S and S application time on C, S, and N content of spring wheat when sampled at heading. NWARC.
    Table 21s. Effect of S and S application time on canola seed yield and C, S, and N content. Western Triangle Ag. Research Center (WTARC).
    Table 22s. Effect of S on canola C, S, and N content when sampled at the rosette growth stage. WTARC
    Table 23s. Effect of S and S application time on canola C, S, and N content when sampled at flowering. WTARC.
    Table 24s. Effect of S and S application time on spring wheat grain yield and C, S, and N content. WTARC.
    Table 25s. Effect of S on C, S, and N content of spring wheat when sampled at tillering. WTARC.
    Table 26s. Effect of S and S application time on C, S, and N content of spring wheat when sampled at heading. WTARC.
    Table 27s. Effect of S and S application time on canola seed yield and C, S, and N content. East of Sunburst, MT.
    Table 28s. Effect of S on canola C, S, and N content when sampled at the rosette growth stage. East of Sunburst, MT.
    Table 29s. Effect of S and S application time on canola C, S, and N content when sampled just after flowering. East of Sunburst, MT.
    Table 30s. Effect of S and S application time on spring wheat grain yield and C, S, and N content. East of Sunburst, MT.
    Table 31s. Effect of S on C, S, and N content of spring wheat when sampled at tillering. Experiment located East of Sunburst, MT. 2000.
    Table 32s. Effect of S and S application time on C, S, and N content of spring wheat when sampled at heading. East of Sunburst, MT.

Crop rotation improves production and quality of irrigated malt barley and durum wheat 
    Table 33s. Plant stands, biomass, and grain yield and quality of malting barley grown at four phosphorus fertilization levels, Conrad, Montana,  2000.
    Table 34s. Plant stands, biomass, and grain yield and quality of durum wheat grown at four phosphorus fertilization levels, Conrad, Montana, 2000.
    Table 35s. Plant stands, biomass, and seed yield and quality of field pea grown at four phosphorus fertilization levels, Conrad, Montana, 2000.

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