County council scholarships : Return to an order of the Honourable the House of commons, dated 25 July 1899 : for Return "showing the occupation of the parents of the winners of County council scholarships during the past three years; the amount of each scholarship [etc.] /

Mode of access: Internet.

Management audit, Illinois State Scholarship Commission, administration of scholarships, grants and guaranteed loans.

Mode of access: Internet.

Teacher scholarships in Illinois /

Mode of access: Internet.

Histoire des chevaliers hospitaliers de Saint Jean de Jerusalem; appellés depuis chevaliers de Rhodes: & aujourd'hui chevaliers de Malta.

Mode of access: Internet.

A socio-psychological study of conforming and deviating behavior among adolescents; a final report of research under contract project 507 (8133) a cooperative research project of the United States Office of Education and the State University of Iowa. Project staff: Albert J. Reiss, Jr., project director [and] Albert Lewis Rhodes, research associate.

"The first two years of this three year project were undertaken as Cooperative Research Project 6399, by Vanderbilt University and the U.S. Office of Education."

Cecil Rhodes,

Bibliography: p. 331-337.

Cecil Rhodes, man and empire-maker,

Mode of access: Internet.

The cotton industry in France; a report to the electors of the Gartside scholarships,

On verso of t.-p.: Manchester university publications. no. CXLI.

Rhodes' journal of banking

Mode of access: Internet.

The life of the Rt. : Hon. Cecil John Rhodes. 1853-1902.

Mode of access: Internet.

Information on Scholarships and Concessions for Dependents of Active, Retired and Deceased Naval and Marine Corps Personnel

Mode of access: Internet.

Hydraulic properties of layered soils influence survival of Rhodes grass (Chloris gayana Kunth.) during water stress

Survival of vegetation on soil-capped mining wastes is often impaired during dry seasons due to the limited amount of water stored in the shallow soil capping. Growth and survival of Rhodes grass (Chloris gayana) during soil drying on various layered capping sequences constructed of combinations of topsoil, subsoil, seawater-neutralised residue sand and low grade bauxite was determined in a glasshouse. The aim was to describe the survival of Rhodes grass in terms of plant and soil water relationships. The soil water characteristic curve and soil texture analysis was a good predictor of plant survival. The combination of soil with a high water holding capacity and low soil water diffusivity (e.g. subsoil with high clay contents) with soil having a high water holding capacity and high diffusivity (e.g. residue sand) gave best survival during drying down (up to 88 days without water), whereas topsoil and low grade bauxite were unsuitable (plants died within 18-39 days). Clayey soil improved plant survival by triggering a water stress response during peak evaporative water demand once residue sand dried down and its diffusivity fell below a critical range. Thus, for revegetation in seasonally dry climates, soil capping should combine one soil with low diffusivity and one or more soils with high total water holding capacity and high diffusivity.

The effect of copper toxicity on the growth and root morphology of Rhodes grass (Chloris gayana Knuth.) in resin buffered solution culture

A solution culture experiment was conducted to examine the effect of Cu toxicity on Rhodes grass (Chloris gayana Knuth.), a pasture species used in mine-site rehabilitation. The experiment used dilute, solution culture to achieve external nutrient concentrations, which were representative of the soil solution, and an ion exchange resin to maintain stable concentrations of Cu in solution. Copper toxicity was damaging to plant roots, with symptoms ranging from disruption of the root cuticle and reduced root hair proliferation, to severe deformation of root structure. A reduction in root growth was observed at an external Cu concentration of < 1 mu M, with damage evident from an external concentration of 0.2 mu M. Critical to the success of this experiment, in quantitatively examining the relationship between external Cu concentration and plant response, was the use of ion exchange resin to buffer the concentration of Cu in solution. After some initial difficulty with pH control, stable concentrations of Cu in solution were maintained for the major period of plant growth. The development of this technique will facilitate future investigations of the effect of heavy metals on plants.

The effect of copper toxicity on the growth and morphology of Rhodes grass (Chloris gayana) in solution culture

A solution culture experiment was conducted to examine the effect of Cu toxicity on Rhodes grass (Chloris gayana), a pasture species used in mine site rehabilitation. The experiment used dilute, solution culture to achieve external nutrient concentrations which were representative of the soil solution, and ion exchange resins to maintain stable concentrations of Cu in solution. Copper toxicity was damaged plant roots, with symptoms ranging from disruption of the root cuticle and reduced root hair proliferation, to severe deformation of root structure. A reduction in root growth was observed at an external Cu concentration of