The innovation factsheets are organised by crop, using three icons (palm, citrus and grapevine) one per crop. Besides, the two types of factsheets are identified by its colour: green for technical, orange for scientific. Download them and enjoy y reading them. If you are interested in the printable versions of the factsheets, please contact the communication and dissemination manager of TROPICSAFE by sending an email to email@example.com
Rapid in-field detection of coconut phytoplasmas in Africa
Description of the rapid 20 minutes in-field system for the 16SrXXII ‘Candidatus Phytoplasma palmicola’ detection in coconut in Africa that the project is developing to improve current efficient management options for the lethal-yellowing type diseases, such as rapid and systematic removal and burning of infected palms, followed by replanting with healthy palms.
Lethal yellowing disease: a threat to the coconut industry in Ghana
Under the framework of TROPICSAFE, resistance to lethal yellowing disease and agronomic performance of the IBD, NLD, NGBD, SGD, and MGD coconut varieties are being evaluated. The aim is to identify the best option for fighting LY disease of coconut in Ghana.
Coconut sector: market analysis and socioeconomic aspects
One of the aims of TROPICSAFE is to evaluate the impact of the solutions proposed to manage lathel yellowing, one of the most serious diseases affecting coconut in the world. The focus is made on Jamaica, Ghana, and Mexico, where the spread of the disease in the last decades has been responsible for the loss of an overwhelming majority of coconut production.
Search for alternative host and vectors for ‘Candidatus Liberibacter africanus’ sensu lato in the Western Cape, South Africa
TROPICSAFE is carrying out surveys and characterizations of ‘Candidatus Liberibacter’ lineages, associated with the citrus greening disease, one of the most important citrus pathogens. This work will provide improved knowledge of the potential alternate host plants and insect vectors that can be one of the means of spreading of the pathogen to parts of the world that are currently disease-free.
Citrus sector: market analysis and socioeconomic aspects
One aim of TROPICSAFE is the impact evaluation of the solutions proposed to manage citrus “huanglongbing” (HLB), detected in several areas of the world where it has caused big losses. The citrus market analysis is conducted in Cuba, Guadeloupe (France) and Spain.
Evaluation of management strategies for citrus “huanglongbing” in Cuba
Explanation of the results of the management strategy to reducte the impact of “huanglongbing” in Cuba. The main elements of this strategy are an infected-tree eradication; and the implementation of two practices for control of Diaphorina citri, the entomopathogenic fungus Hirsutella sp. and kaolin applications.
Introduction of the main parasitoid of Trioza erytreae into Europe
TROPICSAFE has initiated a classical biological control program to fight the “huanglongbing” disease and its presence in Europe, by the introduction of a natural enemy from its area of origin, the parasitoid Tamarixia dryi (South Africa).
Biological control of Trioza Erytreae, vector of “Huanglongbing”
The main threat to the citrus industry has no biological control agents in Europe. Recent studies carried out by TROPICSAFE and other research groups have demonstrated that the psyllid vector has no potential biological control agents that can control it in Europe.
Restarting a sustainable citrus fruit production sector in Guadeloupe under high disease pressure
The health context related to ‘’huanglongbing’’ is very complicated in Guadeloupe with very low sanitation level or destruction of infested plots/infected trees. Only one species tolerant to the disease remains cultivated, the triploid Tahiti lime.
Visual diagnostic of citrus “Huanglongbing” disease
How to recognize different types of symptoms in infected trees, leaves, and fruits. Protocols for monitoring the vectors and detecting the disease are part of the TROPICSAFE project. It was found that very small quantities of psyllids are sufficient to infect orchards, with sometimes non-symptomatic trees that can die off very quickly.
Detection of phytoplasmas in Chile, Italy and South Africa vineyards
Description of the identification of phytoplasmas associated with grapevine yellows diseases that are being carried out in the project. These detection activities are being developed in Chile, Italy, and South Africa with the aim of focusing the disease management efforts.
Transmission of phytoplasmas by Leafhoppers in Chile
In Chile, grapevine yellows is associated with phytoplasmas belonging to diverse ribosomal subgroups. However, the phytoplasmas in the 16SrIII-J subgroup are prevalent in the vineyards of the country. This phytoplasma has been reported to infect various crops and spontaneous plant species.
Grapevine sector: market analysis and socioeconomic aspects
One of the aims of TROPICSAFE is to evaluate the impact of the solutions proposed to manage grapevine yellows, the phytoplasma-associated diseases considered one of the most important of the world grapevine sector. General framework in Chile, Italy and South Africa.
Preparation of reference material for molecular testing of ‘Candidatus Phytoplasma solani’
Analysis of the activity being developed by TROPICSAFE to make available certified material that can be very useful for a fast and accurate detection of grapevine yellows phytoplasmas. The project is working on two types of reference materials for grapevine phytoplasmas, using ‘Candidatus Phytoplasma solani’ associated with “bois noir" as a model.
Grapevine yellows management in South Africa
TROPICSAFE aims to develop new solutions to manage grapevine yellows based on improved knowledge of the biology of the associated phytoplasmas and insect vectors, epidemiology, development of reliable, cost-effective detection methods, and exploring crop resistance/tolerance.