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INSTAGRAM IMPACT ON DESTINATION MANAGEMENT ORGANIZATION
Maria Elena Aramendia-Muneta,Cristina Olarte-Pascual,Andrea Ollo-L?pez 글로벌지식마케팅경영학회 2018 Global Marketing Conference Vol.2018 No.07
The purpose of this study is to find out the key to success of the photographs in Instagram through content for tourist destination. While there are several studies in the tourism industry about the impact of Social Networks such as Facebook or virtual collaborative communities like TripAdvisor, there are very few studies about Instagram (Hanan & Putit, 2014). This study focuses on “Beautiful Destinations” as the leader on Instagram and an example of destination management organization (DMO), where they have more than 3,100 publications and 4 million followers in 180 countries, becoming the world’s largest travel influencer on Instagram. The dependent variables are taking from several studies (Dagostar & Isotalo, 1992; Stabler, 1987; Timothy & Groves, 2001). Ordinary least squares models were estimated to assess the relationship of characteristics of the photo with the number of likes among photos published on Instagram. If a photograph has people, water, took during afternoon, self-centric and other centric have effects in the number of likes and comments. While if a destination has the purpose of the engagement of the consumers with several comments, people appearance has a positive impact in the number of comments and if the pictures is doing in the afternoon has a negative impact. By analyzing the contents of information provided by the uploaded photographs, this study provides clues for destination in order to enhance the engagement with potential customer and users of Instagram.
Photolysis of an asymmetrically substituted diazene in solution and in the crystalline state
Hoijemberg, Pablo Ariel,Karlen, Steven D.,Sanrame, Carlos Norberto,Aramendia, Pedro Francisco,Garcia-Garibay, Miguel Angel Korean Society of Photoscience 2009 Photochemical & photobiological sciences Vol.8 No.7
In this work we study the product distribution in the steady state photolysis of a diazene, (1-biphenyl-4-yl-1-methyl-ethyl)-tert-butyl diazene, and a ketone, 2,4-bis(biphenyl-4-yl)-2, 4-dimethyl-pentan-3-one, in the solid state and in solution. The two compounds yield 1-biphenyl-4-yl-1-methyl-ethyl (BME$^{\cdot}$) radicals upon photolysis. The ketone yields two units of this radical, whereas the diazene yields one BME$^{\cdot}$ and one tert-butyl radical. Product analysis of the two compounds in solution makes it possible to differentiate their origin from their corresponding geminate cages, and from the different encounter pairs in the case of the asymmetrically substituted diazene photolysis. In this way we obtain a complete reaction scenery for the diazene, a compound with interesting features as a radical photoinitiator and as a cage effect probe in fluid media. The reaction in cages containing two BME$^{\cdot}$ radicals shows a decrease by a factor of 4 in the ratio of combination to disproportionation products upon going from the solid to the liquid phase. On the contrary, the reaction in cages containing a BME$^{\cdot}$ and a tert-butyl radical shows a 30-fold increase in combination to disproportionation ratio in liquid compared to the crystal. We analyze the reasons for these differences considering the differences in the reactivity of the radicals and in cage rigidity.