As we have already noted, these data indicate that the opposite of the expected situation is occurring, as Antarctica is more often studied, regardless of the huge potential of mangrove biodiversity. Papers with Antarctica as the research subject (Table 3) are similar to mangrove research articles in many basic scientific fields. However, a different pattern is apparent in the articles on Antarctica in applied fields such as geology, meteorology/atmospheric sciences, oceanography, science technology and other topics, which appear to be highly motivated areas of research, particularly among the more developed countries. In fact, altogether those four applied fields represent the majority (55.6%) of the articles published in the studied period.
As we have already noted, these data indicate that the opposite of the expected situation is occurring, as Antarctica is more often studied, regardless of the huge potential of mangrove biodiversity. Papers with Antarctica as the research subject (Table 3) are similar to mangrove research articles in many basic scientific fields. However, a different pattern is apparent in the articles on Antarctica in applied fields such as geology, meteorology/atmospheric sciences, oceanography, science technology and other topics, which appear to be highly motivated areas of research, particularly among the more developed countries. In fact, altogether those four applied fields represent the majority (55.6%) of the articles published in the studied period.
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