Advances in crop insect modelling methods—Towards a whole system approach

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Tonnang , H E Z , Herve , B D B , Biber-Freudenberger , L , Salifu , D , Subramanian , S , Ngowi , V B , Guimapi , R Y A , Anani , B , Kakmeni , F M M , Affognon , H , Niassy , S , Landmann , T , Ndjomatchoua , F T , Pedro , S A , Johansson , T P , Tanga , C M , Nana , P , Fiaboe , K M , Mohamed , S F , Maniania , N K , Nedorezov , L V , Ekesi , S & Borgemeister , C 2017 , ' Advances in crop insect modelling methods—Towards a whole system approach ' , Ecological Modelling , vol. 354 , pp. 88-103 .

Title: Advances in crop insect modelling methods—Towards a whole system approach
Author: Tonnang, Henri E. Z.; Herve, Bisseleua D. B.; Biber-Freudenberger, Lisa; Salifu, Daisy; Subramanian, Sevgan; Ngowi, Valentine B.; Guimapi, Ritter Y. A.; Anani, Bruce; Kakmeni, Francois M. M.; Affognon, Hippolyte; Niassy, Saliou; Landmann, Tobias; Ndjomatchoua, Frank T.; Pedro, Sansao A.; Johansson, Tino Petri; Tanga, Chrysantus M.; Nana, Paulin; Fiaboe, Komi M.; Mohamed, Samira F.; Maniania, Nguya K.; Nedorezov, Lev V.; Ekesi, Sunday; Borgemeister, Christian
Contributor organization: Department of Geosciences and Geography
Earth Change Observation Laboratory (ECHOLAB)
Date: 2017-06-24
Language: eng
Number of pages: 16
Belongs to series: Ecological Modelling
ISSN: 0304-3800
Abstract: A wide range of insects affect crop production and cause considerable yield losses. Difficulties reside on the development and adaptation of adequate strategies to predict insect pests for their timely management to ensure enhanced agricultural production. Several conceptual modelling frameworks have been proposed, and the choice of an approach depends largely on the objective of the model and the availability of data. This paper presents a summary of decades of advances in insect population dynamics, phenology models, distribution and risk mapping. Existing challenges on the modelling of insects are listed; followed by innovations in the field. New approaches include artificial neural networks, cellular automata (CA) coupled with fuzzy logic (FL), fractal, multi-fractal, percolation, synchronization and individual/agent based approaches. A concept for assessing climate change impacts and providing adaptation options for agricultural pest management independently of the United Nations Intergovernmental Panel on Climate Change (IPCC) emission scenarios is suggested. A framework for estimating losses and optimizing yields within crop production system is proposed and a summary on modelling the economic impact of pests control is presented. The assessment shows that the majority of known insect modelling approaches are not holistic; they only concentrate on a single component of the system, i.e. the pest, rather than the whole crop production system. We suggest system thinking as a possible approach for linking crop, pest, and environmental conditions to provide a more comprehensive assessment of agricultural crop production.
Subject: 1181 Ecology, evolutionary biology
crop insect modeling
population dynamics
phenology models
1172 Environmental sciences
risk mapping
Peer reviewed: Yes
Rights: cc_by
Usage restriction: openAccess
Self-archived version: publishedVersion
Funder: Ministry for Foreign Affairs of Finland
Grant number:

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