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		题名	作者	年代	出处	被引量
	1	Mapping Urban Malaria and Diarrhea Mortality in Accra, Ghana: Evidence of Vulnerabilities and Implications for Urban Health Policy显示文摘	Julius N. Fobil Christian Levers Tobia Lakes Wibke Loag Alexander Kraemer Juergen May	2012	Journal of Urban Health2012，，6：	1
	2	Evaluation of municipal solid wastes (MSW) for utilization in energy production in developing countries 显示文摘	Fobil J N Carboo D Armah N A	2005	International Journal of Environmental Technology and Management2005，5，1：	1
	3	Neighborhood urban environmental quality conditions are likely to drive malaria and diarrhea mortality in Accra, Ghana 显示文摘	FOBIL J N KRAEMER A MEYER C G	2011	Environ Public Health2011，21，：	1
	4	Conservation and Recycling显示文摘	Ofosubudu G K Hogarh J N Fobil J N	2010	54(3):205-2092010，54，3：	1
	5	Harmonizing procedures for the evaluation of compost maturity in two compost types in Ghana显示文摘	G.K. Ofosu-Budu J.N. Hogarh J.N. Fobil A. Quaye S.K.A. Danso D. Carboo	2009	Resources Conservation & Recycling2009，，3：	1
	6	Harmonizing procedures for the evaluation of compost maturity in two compost types in Ghana显示文摘	Ofosu-BtMu G K Hogarh J N Fobil J N	2010	Resources Conservation and Recycling2010，54，3：	1
	7	Mathematical modeling of COVID-19 infection dynamics in Ghana: Impact evaluation of integrated government and individual level interventions显示文摘The raging COVID-19 pandemic is arguably the most important threat to global health presently.Although there is currently a vaccine,preventive measures have been proposed to reduce the spread of infection but the efficacy of these interventions,and their likely impact on the number of COVID-19 infections is unknown.In this study,we proposed the SEIQHRS model(susceptible-exposed-infectious-quarantine-hospitalized-recovered-susceptible)model that predicts the trajectory of the epidemic to help plan an effective control strategy for COVID-19 in Ghana.We provided a short-term forecast of the early phase of the epidemic trajectory in Ghana using the generalized growth model.We estimated the effective basic Reproductive number Re in real-time using three different estimation procedures and simulated worse case epidemic scenarios and the impact of integrated individual and government interventions on the epidemic in the long term using compartmental models.The maximum likelihood estimates of Re and the corresponding 95%confidence interval was 2.04[95%CI:1.82e2.27;12th March-7th April 2020].The Re estimate using the exponential growth method was 2.11[95%CI:2.00e2.24]within the same period.The Re estimate using time-dependent(TD)method showed a gradual decline of the Effective Reproductive Number since March 12,2020 when the first 2 index cases were recorded but the rate of transmission remains high(TD:Re=2.52;95%CI:[1.87e3.49]).The current estimate of Re based on the TD method is 1.74[95%CI:1.41 e2.10;(13th May 2020)]but with comprehensive integrated government and individual level interventions,the Re could reduce to 0.5 which is an indication of the epidemic dying out in the general population.Our results showed that enhanced government and individual-level interventions and the intensity of media coverage could have a substantial effect on suppressing transmission of new COVID-19 cases and reduced death rates in Ghana until such a time that a potent vaccine or drug is discovered.	Duah Dwomoh Samuel Iddi Bright Adu Justice Moses Aheto Kojo Mensah Sedzro Julius Fobil Samuel Bosomprah	2021	Infectious Disease Modelling2021，6，1：	0

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