Reaping and Sowing the News from an Arab Spring: the politicised interaction between traditional and alternative journalistic practitioners

The ‘Arab Spring’ has been discussed in the mainstream media as a ‘social media revolution’; a seismic shift away from the traditional news correspondence towards an era of citizen journalism and social media reporting. This paper reports on a preliminary analysis of the ways in which mainstream and alternative modes of journalistic practice in particular, interacted during the initial months of protest in Egypt and Libya in 2011. Using both quantitative and qualitative forms of analysis of mainstream news reports as well as social media and blogging, the paper compares the ways in which the two modes of journalistic practice collaborated to disseminate news and information about the protests. The preliminary analysis indicates that productive interactions did occur and led to changes in traditional journalistic practice, though true collaboration was hindered by the organisational constraints posed by the reporting practices of each group

Syria: the war and before

This new edition reveals how investigative journalism has gone digital and global. Investigative Journalism is essential for all those intending to master global politics, international relations, media and justice in the 21st century

Vague and unworkable: The fuzziness of the archipelago as a concept and its unsuitability as model for a 21st century Palestinian nation

While it is frequently invoked, the archipelago is such a vague concept that its deployment in fields such as island studies is only productive when the contingency of its use is specified. In this article, we examine the concept itself and then consider the use of the archipelago as a metaphor and/or model for a future Palestinian state. The creation of the modern nation-state of Israel in Palestine in 1948, various Israeli military actions, and (often related) public and private developments of former Palestinian lands has resulted in a substantial proportion of Palestinians fleeing to neighbouring countries (chiefly Jordan, Lebanon, and Syria). Those Palestinians who have remained have largely been confined to territorial isolates within the Jewish state. These isolates have frequently been understood and analogised as ‘islands’ within Israel, and the aggregation of these isolates has been variously referred to and/or represented as an archipelago. This article examines the development of this metaphoric interpretation of the Palestinian community within Israel in Anglophone, Arabic, and Francophone discourse, and characterises the contortions necessary to imagine Palestinian territories as archipelagic. The conclusion returns to consideration of the notion of the archipelago itself and of its usefulness in island studies and other contexts.</jats:p

MATERIAL ARQUEOLÓGICO [Material gráfico]

Copia digital. Madrid : Ministerio de Educación, Cultura y Deporte, 201

Effect of microwave radiation on seed mortality of rubber vine (Cryptostegia grandiflora R.Br.), parthenium (Parthenium hysterophorous L.) and bellyache bush (Jatropha gossypiifolia L.)

A trial was undertaken to evaluate the effect of microwaves on seed mortality of three weed species. Seeds of rubber vine (Cryptostegia grandiflora R.Br.), parthenium (Parthenium hysterophorous L.) and bellyache bush (Jatropha gossypiifolia L.) were buried at six depths (0, 2.5, 5, 10, 20 and 40 cm) in coarse sand maintained at one of two moisture levels, oven dry or wet (field capacity), and then subjected to one of five microwave radiation durations of (0, 2, 4, 8 and 16 min). Significant interactions between soil moisture level, microwave radiation duration, seed burial depth and species were detected for mortality of seeds of all three species. Maximum seed mortality of rubber vine (88%), parthenium (67%) and bellyache bush (94%) occurred in wet soil irradiated for 16 min. Maximum seed mortality of rubber vine and bellyache bush seeds occurred in seeds buried at 2.5 cm depth whereas that of parthenium occurred in seeds buried at 10 cm depth. Maximum soil temperatures of 114.1 and 87.5°C in dry and wet soil respectively occurred at 2.5 cm depth following 16 min irradiation. Irrespective of the greater soil temperatures recorded in dry soil, irradiating seeds in wet soil generally increased seed mortality 2.9-fold compared with dry soil. Moisture content of wet soil averaged 5.7% compared with 0.1% for dry soil. Results suggest that microwave radiation has the potential to kill seeds located in the soil seed bank. However, many factors, including weed species susceptibility, determine the effectiveness of microwave radiation on buried seeds. Microwave radiation may be an alternative to conventional methods at rapidly depleting soil seed banks in the field, particularly in relatively wet soils that contain long lived weed seeds

Characterization of host tolerance to Striga hermonthica

One of the most promising control options against the parasitic weed Striga hermonthica is the use of crop varieties that combine resistance with high levels of tolerance. The aim of this study was to clarify the relation between Striga infestation level, Striga infection level and relative yield loss of sorghum and to use this insight for exploring the options for a proper screening procedure for tolerance. In three pot experiments, conducted in Mali (2003) and The Netherlands (2003, 2004), four sorghum genotypes were exposed to a range of Striga infestation levels, ranging from 0.0625 to 16 seeds cm−3. Observations included regular Striga emergence counts and sorghum grain yield at maturity. There were significant genotype, infestation and genotype × infestation effects on sorghum yield. The relation between infestation level and infection level was density dependent. Furthermore, the relation between Striga infection level and relative yield loss was non-linear, though for the most resistant genotype Framida only the linear part of the relation was obtained, as even at high infestation levels only moderate infection levels were achieved. The results suggest that for resistant genotypes, tolerance can best be quantified as a reduced relative yield loss per aboveground Striga plant, whereas for less resistant genotypes the maximum relative yield loss can best be used. Whether both expressions of tolerance are interrelated could not be resolved. Complications of screening for tolerance under field conditions are discussed

Data journalism beyond majority world countries:Challenges and opportunities

© 2019, © 2019 Informa UK Limited, trading as Taylor & Francis Group. This commentary reflects on the state of research on data journalism and discusses future directions for this line of work. Drawing on theory in international development and postcolonial studies, we discuss three critical pitfalls that we encourage future scholarship in this area to avoid. These include using a linear model of progress, in which journalists in Majority World nations struggle to ‘catch up’ to their Minority World counterparts because of the ‘obstacles’ they face; reproducing a simplistic split between the ‘West and the Rest’, thus missing the complex interaction of structures operating at different levels; and failing to examine journalistic agency due to an overemphasis on the technical structuring of the ‘tools’ used in data journalism. We also encourage scholars to engage in more comparative work rather than single case studies; increase dialogic communication between scholarship produced in, or about, different parts of the world; and incorporate more diverse methodologies with the aim of building theory. More broadly, we advocate for greater critical reflection upon—if not the challenging of—our dominant modes of thought in order to build more nuanced frameworks for explaining the complex causes, and potentially mixed effects, of data journalism around the world

Effects of N, P and K on Striga asiatica (L.) Kuntze seed germination and infestation of sorghum

Sorghum (Sorghum bicolor (L.) Moench) plants were grown in pots with 12.5 and 50 mg applied N kg−1 soil. With an increase of soil N, the Striga asiatica (L.) Kuntze infestation, as well as the sorghum shoot dry matter losses due to infestation, decreased. The relative differences in stimulant capacity to induce Striga seed germination among the four sorghum genotypes were not consistent over the 0 to 150 mg N 1−1 range. The sorghum root exudate was considerably more active at 0 mg N 1−1, than at 30 mg N 1−1, and the stimulant produced at 150 mg N 1−1 failed to induce Striga seed germination. Presence of N in the growth medium considerably reduced the effectiveness of the stimulating substance produced by sorghum roots, whereas K promoted stimulant activity only in the absence of N. The presence or absence of P in the growth medium did not affect Striga seed germinability, probably due to the inability of this element to interfere with the production or activity of the stimulating substance from the host plants. It can be concluded, therefore, that sorghum plants seem to produce active root exudate only in conditions of N deficienc