http://www.cababstractsplus.org/goog...No=20043093522
English Title: Effect of certain meteorological factors and colony activities on drone brood production and drone flight activity, and its relation to mating of honey bee queens.
Personal Authors: Khodairy, M. M., Moustafa, A. M.
Author Affiliation: Plant Protection Department, Faculty of Agriculture, Assiut University, Assiut 71516, Egypt.
Editors: No editors
Document Title: Assiut Journal of Agricultural Sciences, 2003 (Vol. 34) (No. 5) 133-151

Abstract:
The relationships between produced drone honey bee brood and certain meteorological factors (mean daily temperature, mean daily relative humidity, sunshine hours and wind velocity), honey bee colony activities during natural growth period, and the effect of the four meteorological factors on drone flight activity and their relation to pre-oviposition period of queens during natural mating periods were studied from 1 January to 31 May 2003 in Egypt. The drone honey bee brood area was maximum on 7 March, and minimum at the end of May. Positive correlations were found between produced drone honey bee brood and both bee population and produced worker brood. Correlations were negative between drone honey bee brood and each of stored pollen, uncapped honey and capped honey. Drone honey bee brood area was negatively correlated with daily temperature, but positively correlated with daily relative humidity. All above-mentioned factors affected drone honey bee brood production by 85%. Significant differences in drone flight activity were found among most day-hours. The number of flight drones during the whole natural mating period was maximum at 14.00 h, and minimum at 11.00 h. Drone honey bee flight activity was positively correlated with both daily relative humidity and sunshine hours, but was negatively correlated with both daily temperature and wind velocity. These factors affected drone honey bee flight activity by 31.5%. Pre-oviposition period was shortest on 1 April, and longest on 1 May, indicating that April can be considered the best time for queen mating.


Publisher: Faculty of Agriculture, Assiut University

About CAB Abstracts
CAB Abstracts is a unique and informative resource covering everything from Agriculture to Entomology to Public Health. In April 2006 we published our 5 millionth abstract, making it the largest and most comprehensive abstracts database in its field.

There are numerous records and resources related to this abstract in the CAB Abstracts database. At this time, your institution does not subscribe to CAB Direct so you cannot access them. To find out more about this exciting resource, and how to subscribe, please click here.

CAB Abstracts contains a wealth of information on the following items that are related to the abstract above:


About CABI
Established in 1910, CABI is a not for profit organisation, owned by over 40 Member Countries. Through partnership with these countries and our international network of people, we address local needs worldwide. Our activities encompass scientific publishing, research and communication, and our aim is to bridge the gap between scientific knowledge and its application to real life.

We publish CAB Abstracts, a world-leading bibliographic database covering agriculture, environment, public health and nutrition, animal and plant sciences and tourism. We also publish multimedia compendia, books, journals and internet resources – bringing the most up to date scientific information right to researchers’ fingertips.


Our People
At the heart of CABI’s success are the people who make it happen. We have over 300 staff working from 10 locations around the world, all of them experts in their field. From publishing specialists, microbiologists, ecologists to pathologists, we have the expertise to make a difference.

Regards,
Ernie
Lucas Apiaries