Climate Research Inter-Research
Climate Research

IR Home



CR
Home
Editors
Forthcoming
Information
CR Online
Subscribe
CR SPECIAL 1
CR SPECIAL 2
CR SPECIAL 3
CR SPECIAL 4
CR SPECIAL 5
CR SPECIAL 6


Journals
Home
MEPS
AME
CR
DAO
ESEP
Search
Subscribe

Book Series
EE Books
Top Books
Order

Discussion Forums
Home

Research
Endangered Species Programs

Institutions
International Ecology Institute
Eco-Ethics International Union

Foundation
Otto Kinne Foundation

CR 10:109-113 (1998)

Abstract

A model of the relationship between consultation behaviour for asthma in a general practice and the weather

Marjan Kljakovic1,*, Clare Salmond2

1Department of General Practice and 2Department of Public Health, Wellington School of Medicine, Mein Street, Newtown, Wellington, PO Box 7343, Wellington South, New Zealand

*E-mail: marjan@wnmeds.ac.na

ABSTRACT: The aim of this study was to build a model showing the relationship between consultations for asthma and the daily weather in a suburban computerised general practice in New Zealand. A retrospective count of the number of asthmatic patients attending the practice on any particular day for a consultation for asthma was compared with the weather variables temperature, rainfall, relative humidity, and wind strength. Quasi-likelihood Poisson regression models were built in steps. There were 3844 consultations for asthma between October 1, 1986 and October 30, 1991. The number varied from 0 to 11 consultations per day (mean 2.1). The annual means were 1.3, 1.9, 2.3, 2.5, and 2.7 consultations per day, respectively. After variables indicating time trends, days of the week, and holiday periods were included in the model, temperature and relative humidity provided the only significant additional explanatory power for variation in consultations.

KEY WORDS: Asthma · Weather · General practice

Full text in pdf format

Published in CR Vol. 10, No. 2 (1998) on August 14
ISSN: 0936-577X. Copyright © Inter-Research, Oldendorf/Luhe, 1998

Copyright © 2001; Inter-Research
Webmaster: webmaster@int-res.com