Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops
Awori, E., Nkalubo, S., Tukamuhabwa, P., Tumwekwase, S. and Tusiime, G. (2010) Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops. RUFORUM Repository. Available at: https://riims.ruforum.org/repository/documents/77a55fb4-471a-4f6f-8b73-0140982d6b8f/?se=109650 (Accessed: 28 October 2026).
Awori, E., Nkalubo, S., Tukamuhabwa, P., Tumwekwase, S., & Tusiime, G. (2010). Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops. RUFORUM Repository. https://riims.ruforum.org/repository/documents/77a55fb4-471a-4f6f-8b73-0140982d6b8f/?se=109650
Awori, E., et al. "Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops." RUFORUM Repository, 2010, https://riims.ruforum.org/repository/documents/77a55fb4-471a-4f6f-8b73-0140982d6b8f/?se=109650.
Awori, E., S. Nkalubo, P. Tukamuhabwa, S. Tumwekwase, and G. Tusiime. 2010. "Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops." RUFORUM Repository. https://riims.ruforum.org/repository/documents/77a55fb4-471a-4f6f-8b73-0140982d6b8f/?se=109650.
Awori E, Nkalubo S, Tukamuhabwa P, Tumwekwase S, Tusiime G. Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops. RUFORUM Repository; 2010. Available from: https://riims.ruforum.org/repository/documents/77a55fb4-471a-4f6f-8b73-0140982d6b8f/?se=109650
E. Awori, S. Nkalubo, P. Tukamuhabwa, S. Tumwekwase, and G. Tusiime, "Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops," RUFORUM Repository, 2010. [Online]. Available: https://riims.ruforum.org/repository/documents/77a55fb4-471a-4f6f-8b73-0140982d6b8f/?se=109650
@misc{RUF-34591,
title = {Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops},
author = {Awori, E. and Nkalubo, S. and Tukamuhabwa, P. and Tumwekwase, S. and Tusiime, G.},
year = {2010},
publisher = {RUFORUM Repository},
url = {https://riims.ruforum.org/repository/documents/77a55fb4-471a-4f6f-8b73-0140982d6b8f/?se=109650},
note = {Document ID: RUF-34591}
}
TY - GEN
TI - Development of a hot pepper root rot and wilt disease management strategy through genetic resistance, chemical application and proper choice of rotational crops
AU - Awori, E.
AU - Nkalubo, S.
AU - Tukamuhabwa, P.
AU - Tumwekwase, S.
AU - Tusiime, G.
PY - 2010
UR - https://riims.ruforum.org/repository/documents/77a55fb4-471a-4f6f-8b73-0140982d6b8f/?se=109650
PB - RUFORUM Repository
ID - RUF-34591
ER -
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Abstract
101 words
This study seeks to contribute to increased productivity of hot
pepper (Capsicum chinense) by incorporating an integrated
pest management (IPM) package for root rot/wilt disease
(Phytophthora capsici). Pathogen host diversity will be
determined to guide the use of crop rotation in managing the
disease. Oomycete fungicides will be screened for effectiveness
in managing P. capsici. Additionally, resistance introgression
will be carried out with resistant donors. The contribution of
the Phyto 5.2 QTL disease resistance will also be determined
in order to assess its usability in resistance breeding. The study
will be carried out in collaboration with pepper farmers in
Kasese, Uganda.
