TABLE OF CONTENTS

Weather Summary,

SOILS RESEARCH

Dryland Brassica juncea (canola oil quality, oriental mustard) variety evaluation.,

Table 1s. Dryland Brassica juncea variety test.

Irrigated Canola and Brassica juncea variety evaluation.,

Table 2s. Irrigated canola and Brassica juncea variety test.

Effect of nitrogen (N) and phosphorus (P) on seed yield and quality of canola.,

Table 3s. Effect of N and P on canola yield and quality.

Effect of Sulfur (S) and the timing of S application on yield and quality of canola.,

Table 4s. Effect of S and S application time on dryland canola seed yield.

Table 5s. Effect of S and S application time on canola seed C, S, and N content.

Table 6s. Effect of S and S application time on irrigated canola seed yield and oil content.

Table 7s. Effect of S on canola C, S, and N content when sampled at the rosette growth stage.

Table 8s. Effect of S and S application time on canola C, S, and N content when sampled at pod.

Table 9s. Effect of S and S application time on canola seed C, S, and N content.

Pulse Crop Variety Performance Trials.,

Table 10s. Dryland spring pea performance nursery located north of Cut Bank.

Table 11s. Habitus of spring pea varieties.

Table 12s. Irrigated spring pea nursery.

Table 13s. Dryland lentil performance nursery trial.

Table 14s. Habitus and usage of lentil varieties.

Table 15s. Dryland chickpea performance nursery.

Response of chickpea and pea cultivars to irrigation and planting rates.,

Table 16s. Effect of irrigation, planting rate, and cultivar on seed yield and Ascochyta infection of chickpea and pea.

Effect of Sulfur (S) and S Application Time on yield and quality of spring wheat.,

Table 17s. Effect of S and S application time on yield and quality of dryland spring wheat.

Table 18s. Effect of S on C, S, and N content of spring wheat when sampled at tillering.

Table 19s. Effect of S and S application time on C, S, and N, content of spring wheat when sampled at heading.

Table 20s. Effect of S and S application time on C, S, and N, content of spring wheat seed.

Table 21s. Effect of S and S application time on yield and quality of irrigated spring wheat.

Table 22s. Effect of S on C, S, and N content of spring wheat when sampled at tillering.

Table 23s. Effect of S and S application time on C, S, and N, content of spring wheat when sampled at heading.

Table 24s. Effect of S and S application time on spring wheat seed C, S, and N content.

Effect of nitrogen (N) and sulfur (S) on spring wheat yield and quality.,

Table 25s. Effect of N and S on spring wheat yield and quality.

Effect of nitrogen (N) and sulfur (S) on winter wheat yield and quality.,

Table 26s. Effect of N and S on winter wheat yield and quality.

Table 27s. Effect of N and S on winter wheat yield and quality.

Figure 1. Effect of N and S on Winter Wheat Protein Content.

Effect of ammonium thiosulfate (ATS) applied topdress on winter wheat.,

Table 28s. Effect of S on winter wheat yield and quality.

Table 29s. Effect of S on winter wheat yield and quality.,

Effect of crop rotation and phosphorus (P) fertilization on no-till, irrigated malting barley, durum wheat, and pea.,

Table 30s. Effect of crop rotation, P, Rhizobium leguminosarum (N-Prove®), and Rhizobium leguminosarum plus Penicillium bilaii (TagTeam®) on irrigated pea planted no-till.,

Table 31s. Effect of crop rotation, P, Rhizobium leguminosarum (N-Prove®), and Rhizobium leguminosarum plus Penicillium bilaii (TagTeam®) on irrigated malt barley planted no-till.,

Table 32s. Effect of crop rotation, P, Rhizobium leguminosarum (N-Prove®), and Rhizobium leguminosarum plus Penicillium bilaii (TagTeam®) on irrigated durum wheat planted no-till.,