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Switch grass.

Quail-Friendly Plants of the Midwest, Page 52

Reviewed

Switch grass exhibits an upright, bunchy growth form. The leaves twist in a corkscrew-like pattern from the base to the tip of the blade.

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Trailing lespedeza.

Quail-Friendly Plants of the Midwest, Page 55

Reviewed

Trailing lespedezas are small, native lespedezas with trailing stems that can readily form thick mats over bare areas if left undisturbed. The small flowers range from purple to white and can produce a large quantity of seeds.

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Hairy lespedeza in flower.

Quail-Friendly Plants of the Midwest, Page 23

Reviewed

Hairy lespedeza leaflets occur in threes. This perennial plant earns its name from its stem and oblong leaflets, both of which are covered with hairs.

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Palmately lobed leaves of Geranium carolinianum.

Quail-Friendly Plants of the Midwest, Page 58

Reviewed

Leaves of Geranium species are deeply cleft and palmately lobed. Seeds are located within the sharply pointed “crane’s bill” formed by the tubelike style of the flower.

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Illinois bundleflower.

Quail-Friendly Plants of the Midwest, Page 26

Reviewed

Illinois bundleflower can be identified in summer by the doubly compound, fernlike leaves and white spherical flower heads. By fall, the stems become tough and woody, and the seedpods are distinctive, bearing a ball-shaped cluster of pods, each containing several flat, brown seeds.

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Lambsquarters.

Quail-Friendly Plants of the Midwest, Page 29

Reviewed

Lambsquarters is rather nondescript and typically grows 2-6 feet tall. Leaves are triangular or kite-shaped, and their surfaces often have a powdery white appearance.

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Cover art for publication CM109

Developing Effective Communications

Reviewed

Reviewed by Katherine Foran
Extension Communications and Marketing

Dick Lee
Extension and Agricultural Information

Most Americans probably do not appreciate the importance of communication in their personal and workday lives. Hopefully, those of us in extension work recognize the importance of good, effective communications.

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Milkpea.

Quail-Friendly Plants of the Midwest, Page 32

Reviewed

Milkpea is a herbaceous legume with a hairy surface on the top of its trilobed leaf. Stems are also hairy. Seedpods are about 2-1/2 inches long.

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Alfalfa flower.

Quail-Friendly Plants of the Midwest, Page 03

Reviewed

Alfalfa leaves are divided into three leaflets, with the middle leaflet on a distinct stalk. Leaflets are serrated along the outer third to half and are somewhat elongated. Flowers are usually purple, sometimes bluish, rarely white. Fruits are usually curved or twisted.

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Cover art for publication CM360

Writing Columns

Reviewed

Before writing a column, think about purpose, audience, content and structure. Visit our website today to learn more about writing columns.

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Osage orange fruit and leaf.

Quail-Friendly Plants of the Midwest, Page 35

Reviewed

Osage orange grows as a medium-sized tree up to 50 feet tall. It has yellow-green fleshy fruits with a knobby surface that resembles a brain. Its alternate, simple leaves taper to a long, pointed tip.

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Beggar's lice in flower.

Quail-Friendly Plants of the Midwest, Page 06

Reviewed

Beggar's lice has triangular seedpods covered with dense hairs that cause them to stick to clothing. During the growing season, it can be recognized by its divided leaf and pink flower.

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Paspalums.

Quail-Friendly Plants of the Midwest, Page 38

Reviewed

Paspalums seeds are round and flattened and are neatly lined up (but sometimes overlapping slightly) on the seed stalk in two or four rows. Some paspalum species have conspicuous silky hairs at the base of the spikelet.

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Briars.

Quail-Friendly Plants of the Midwest, Page 09

Reviewed

Several briar species grow tall canes that form large thickets of dense, prickly cover. The briars exhibit numerous five-petaled white flowers from April through June.

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Pokeweed.

Quail-Friendly Plants of the Midwest, Page 41

Reviewed

Pokeweed leaves are smooth, oblong and usually 6 to 8 inches in length, though they may grow up to 12 inches. Stems turn bright purple as the plant matures. Clusters of succulent, shiny purple berries, about 1/4 inch in diameter, occur at the tops of the plants.

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Frogeye leaf spot on soybean leaf.

Soybean Rust, Page 4

Revised

Frogeye leaf spot (Cercospora sojina)

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Early stage of soybean rust on a soybean leaf.

Soybean Rust, Page 7

Revised

These photos show the disease stages of soybean rust, which can be difficult to identify, especially in the early stages.

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Cover art for publication WQ258

Nitrogen in the Environment: Nitrate Poisoning

Reviewed

Reviewed by David Brune
Department of Agricultural Engineering

Scott C. Killpack and Daryl Buchholz
Department of Agronomy

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Publication cover.

Soybean Rust

Reviewed

Asian soybean rust is a serious foliage disease that has the potential to cause significant soybean yield losses. Anyone involved in soybean production needs to be familiar with the disease and its identification and management.

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Cover art for publication WQ426

Best Management Practices for Biosolids Land Application

Reviewed

Reviewed by David Brune
Department of Agricultural Engineering

Ken Arnold
Chief of Land Application, Missouri Department of Natural Resources

John Dunn
Environmental Engineer, Environmental Protection Agency Region VII

Jerry D. Carpenter
Department of Agricultural Engineering

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Bacterial pustule on soybean leaves.

Soybean Rust, Page 2

Revised

Bacterial pustule (Xanthomonas axonopodia pv. glycines)

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Septoria brown spot on soybean leaf.

Soybean Rust, Page 5

Revised

Septoria brown spot (Septoria glycines)

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Compare the stages of soybean rust.

Soybean Rust, Page 8

Revised

Compare soybean rust disease stages by looking at them side by side.

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Cover art for publication WQ259

Nitrogen in the Plant

Reviewed

Nitrogen plays an important part in many essential functions. Visit our website to learn about Nitrogen in the Plant.

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Cover art for publication WQ307

Fertilizer Nutrients in Dairy Manure

Reviewed

Reviewed by David Brune
Department of Agricultural Engineering

Charles D. Fulhage and Donald L. Pfost
Department of Agricultural Engineering

Many dairy producers fall into one of two categories:

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