Big Saltbush

large shrub, forming thickets scattered along river bank in alkaline, calcareous soils for about a mile south of Candelaria. An extreme eastern disjunct population from southern AZ/CAL, likely naturalized escapes from earlier local agricultural/soil conservation activities.

large shrub, forming thickets scattered along river bank in alkaline, calcareous soils for about a mile south of Candelaria. An extreme eastern disjunct population from southern AZ/CAL, likely naturalized escapes from earlier local agricultural/soil conservation activities.

large shrub, forming thickets scattered along river bank in alkaline, calcareous soils for about a mile south of Candelaria. An extreme eastern disjunct population from southern AZ/CAL, likely naturalized escapes from earlier local agricultural/soil conservation activities.

large shrub, forming thickets scattered along river bank in alkaline, calcareous soils for about a mile south of Candelaria. An extreme eastern disjunct population from southern AZ/CAL, likely naturalized escapes from earlier local agricultural/soil conservation activities.

male inflorescence on large shrub, forming thickets scattered along river bank in alkaline, calcareous soils for about a mile south of Candelaria. An extreme eastern disjunct population from southern AZ/CAL, likely naturalized escapes from earlier local agricultural/soil conservation activities.

Foliage, on large shrub forming thickets scattered along river bank in alkaline, calcareous soils for about a mile south of Candelaria. An extreme eastern disjunct population from southern AZ/CAL, likely naturalized escapes from earlier local agricultural/soil conservation activities.

Habitat view, large shrubs forming thickets scattered along river bank in alkaline, calcareous soils for about a mile south of Candelaria. An extreme eastern disjunct population from southern AZ/CAL, likely naturalized escapes from earlier local agricultural/soil conservation activities.

Abaxial leaf surface

Adaxial leaf surface

Adaxial leaf surface