Grape culture up-to-date.

Mode of access: Internet.

Vital records of Londonderry, New Hampshire; a full and accurate transcript of the births, marriage intentions, marriages and deaths in this town from the earliest date to 1910.

Printed by order of the town.

History and genealogical register of the town of Langdon, Sullivan county, New Hampshire, from the date of its severance from Walpole and Charlestown, from 1787 to 1930, with a map of the town;

"Limited edition of which this book is no. 20."

The history and development of North Bennington, Vermont. Haviland hamlet-1761 to 1776; Sage's city-1776 to 1828; North Bennington-1828 to date.

Mode of access: Internet.

Decisions and opinions of the Railroad and warehouse commission of the State of Illinois, volume III : being a compilation of Volumes I and II and all decisions since the date of Volume II : from 1889 to August 1st 1912 /

Mode of access: Internet.

Tax court digest; a digest of all reported decisions and appealed memorandum opinions of the Board of Tax Appeals and Tax Court of the United States, from July 16, 1924 to date.

Tax Court digest: current report is issued with it, with separate numbering

Dictionary of battles, from the earliest date to the present time.

Mode of access: Internet.

General laws of the state of California as amended up to the end of the session of 1923, containing the General laws in full and references to the Special laws by title, with statutory history to date and chronological index of acts referred to in the General laws ...

Part two contans "General index, by James M. Henderson."

Old ballads, historical and narrative, with some of modern date;

Mode of access: Internet.

The Mediterranean cruise; an up-to-date and concise handbook for travelers,

Maps on lining-papers.

History of Westminster Massachusetts (first named Narragansett no. 2) from the date of the original grant of the township to the present time, 1728-1893; with a biographic-genealogical register of its principal families /

Mode of access: Internet.

Summer dormancy in Dactylis glomerata L.: the influence of season of sowing and a simulated mid-summer storm on two contrasting cultivars

A series of trials to increase understanding of the summer dormancy trait in Dactylis glomerata was conducted. Autumn-sown reproductive and younger, spring-sown plants of 2 drought-resistant cultivars, contrasting for summer dormancy, were established and then tested in summer 2002 under long drought, drought + midsummer storm, or full irrigation. The autumn-sown reproductive plants of cv. Kasbah were summer dormant under all moisture regimes and exhibited the characteristic traits including growth cessation, rapid herbage senescence, and dehydration of surviving organs (-6.7MPa). Cultivar Kasbah used 8% less soil water over the summer and also began to rehydrate its leaf bases from conserved soil water before the drought broke. The non-dormant cv. Medly grew for 10 days longer under drought and whenever moisture was applied; Medly also responded to the storm with a decline in dehydrin expression in leaf bases, whereas no decline occurred in Kasbah, presumably because it remained dormant and therefore much drier. The irrigated, younger, spring-sown swards of cv. Kasbah had restrained growth and produced only about 25% of the herbage of cv. Medly. Drought reduced activity and growth of young plants of both cultivars, but whereas Medly regrew in response to the storm, cv. Kasbah did not, indicating that dormancy, although only partially expressed after spring sowing, was reinforced by summer drought. A longer drought in 2003 caused a 22% loss of the basal cover in cv. Medly, whereas Kasbah fully maintained its sward and therefore produced a higher post-drought autumn yield. This work confirms summer dormancy as a powerful trait for improving persistence over long, dry summers.

Summer dormancy in Festuca arundinacea Schreb.; the influence of season of sowing and a simulated mid-summer storm on two contrasting cultivars

Due to the shortage of information on summer dormancy in tall fescue (Festuca arundinacea, syn. Lolium arundinaceum), we tested the response of 2 cultivars of differing dormancy expression and growth stage to a range of summer moisture conditions, including full irrigation, drought, and a simulated mid-summer storm and analysed whether traits associated with summer dormancy conferred better survival under severe field drought. Autumn-sown reproductive and younger, spring-sown plants of 2 cultivars, claimed to exhibit contrasting summer dormancy, were established and then tested in summer 2002 under either long drought, drought+ simulated mid-summer storm, or full irrigation. The autumn-sown reproductive plants of cv. Flecha exhibited traits that can be associated with partial summer dormancy since under summer irrigation they reduced aerial growth significantly and exhibited earlier herbage senescence. Moreover, cv. Flecha used 35% less soil water over the first summer. However, the water status of leaf bases of young vegetative tillers of both cultivars was similar under irrigation and also throughout most of the drought (leaf potential and water content maintained over -4MPa and at approx. 1 g H2O/g DM, respectively). The summer-active cv. Demeter did not stop leaf elongation even in drought and produced twice as much biomass as Flecha under irrigation. Cultivar Demeter responded to the simulated storm with a decline in dehydrin expression in leaf bases, whereas no decline occurred in Flecha, presumably because it remained partially dormant. The younger, spring-sown swards of both cultivars had similar biomass production under summer irrigation but whereas Demeter regrew in response to the simulated storm, cv. Flecha did not, indicating that dormancy, although only partially expressed, was reinforced by summer drought. In all trials, cv. Flecha out-yielded Demeter in autumn regrowth. In particular, the severe drought in 2003 caused a 25% loss of the basal cover in cv. Demeter, whereas Flecha fully maintained its sward allowing it to produce a higher post-drought autumn yield. This work links summer dormancy with higher persistence over long, dry summers.