32 although until thenineteenth century these terms were not created, were all subsumed under Natural History (Hankins, 1985: 10). Another way of classifying science followed the Aristotelian tradition, which divided them into speculative or theoretical; practical; and artistic or productive, and within these, sciences in terms of subject, matter and method were also distinguished (Porter, 2003). Another way of grouping scientific knowledge is mentioned by Olby, Canton, Christie and Hodge (1996: 861), where “instead of Bacon’s natural divisions based onthe fixed and universal character ofthe human mind, they introduce the notion of conventional, negotiated divisions”. Thomas Kuhn (1976) distinguishes between classical (mathematical) and experimental (Baconian) sciences. Classical sciences consisted of a natural cluster of five sciences: Astronomy, Harmonics, Mathematics, Optics, and Statics (or Mechanics). Experimental sciences included a range of empirical inquiries, some of which have been already commonly identified with well-known sciences, such as Chemistry, while others were phenomena for new systematic investigation, such as Electricity, Magnetism, and Heat. The creation of new scientific disciplines was, according to Hankins (1985), probably the most important contribution ofthe Enlightenment to the modernization of science, and was instigated by a desire of changing the views of nature and its study.
lled collocations in Mel’čuk’s (1994) terminology— were dealt with in Lareo and Esteve (2008) and Lareo (2009) or conditional structures were delved into by Puente-Cas- telo and Monaco (2013) or Puente-Castelo (2016). Our interest for the socio-historical dimension oftheEnglish language has recently grown into several and gra- dual forays into the wide field of discourse analysis. In those we have studied written textsfrom various discur- sive perspectives such as stance, persuasion, abstraction, involvement, modality and women’s scientific writing. The triggering effect of all this was the creation of what has been and still is MuStE’s flagship, the Coruña Corpus ofEnglishScientific Writing (CC for short). Designed to be a generic or specific corpus —as opposed to a gene- ral corpus—, it is now well known and respected within the academic community. An electronic corpus is not a mere juxtaposition oftexts —as sometimes understood inthe field of literary studies. It is not a simple bunch of scanned images either as these formats cannot possibly be read and processed by a computer. Onthe contrary, the same as Biber (1993), Meyer (2002) and Crystal (2003), we agree that a corpus should be briefly defined as a “principled” collection of machine-readable texts. The truth is that the idea of creating a corpus, a speciali- sed one focusing onscientificEnglish, first arose in 2003 when some members ofthe MuStE group were awarded funding fromthe University of A Coruña to explore the historical background ofEnglish as the language of scien- ce. We soon realised that the compilation of a corpus ofscientifictextsfromtheeighteenthandnineteenth cen- turies would fill a gap inthe field ofEnglish historical linguistics. At that moment, we had the examples ofthe Helsinki Corpus ofEnglishTexts (Rissanen et al. 1991) andthe Lampeter Corpus ofEnglish Tracts (Schmied et al, 1999). In Helsinki, Prof. Taavitsainen and her colleagues were working onthe compilation of MEMT (Middle English Medical Texts) and we thought our corpus would complement theirs inthe history ofscientificEnglish as, initially, the Helsinki project was intended to cover the Middle Ages andthe early Modern period, focusing on medical texts.
It is the aim ofthe current paper to examine late Modern Englishscientifictextsin order to ascertain whether scientific writing was wholly vernacularised, as claimed by some, and to what extent not only isolated terms but also expres- sions of Greek and Latin origin are still to be found inscientific works of dif- ferent technical levels. A further goal here is to compare the behaviour of these forms in disciplines which today we would call hard or soft sciences. To this end, section two provides a short overview ofthescientificand linguistic situation intheEnglish-speaking world during theeighteenth century, and also sets out the initial working hypothesis for this study. Section three describes the material and methodology used, followed by a section presenting the findings ofthe analysis, both in general terms andin a more detailed way, offering a perspective onthe kind of terms predominating in each ofthe disciplines analysed, plus their type anddistribution. Finally, some conclusions will be presented.
In a more exaggerated way than eighteenth-century Philosophy, Life Sciences inthe 1700s is mostly composed of treatises (>75%), suggesting this time again a connection between scientific discipline and genre (even though, as was mentioned earlier, it is probable that the definitive version of CELiST will have a different classification and a lesser proportion of treatises). Ofthe three scientific disciplines contemplated for our study, eighteenth-century Life Sciences appears to have the most formal, specialised frame of discourse, which seems to indicate that the topics listed above were treated with similar rigour and precision (at least, concerning genre conventions). Some diversity is nonetheless present, with two essays, one textbook and one letter. Inthenineteenth century, treatises still occupy the main position, but cover now only half ofthe subcorpus, giving way to the didactic genres (lectures and textbooks), two letters and an article. As was noticed in previous studies (Atkinson 1999; Moskowich & Monaco 2014, 2016), it is likely that letters are used inthenineteenth-century part of CELiST as a carefully constructed genre which invites the reader to “observe” something (in this case, nature) from a so-called “personal” (i.e. the writer’s) view, often used by women writers. Onthe other hand, the emergence ofthe Textbook andthe Lecture genres inthenineteenth century seems to suggest that, just like Philosophy, Life Sciences had a more theoretical character intheeighteenth century, whereas the need (or possibility) for using it as a means of instruction may have materialised later inthenineteenth century. The case of Astronomy, by contrast, is completely the opposite in that it was intheeighteenth century that the necessity of teaching seemed to be more apparent, considering the large number of textbooks (see Figures 3.2 and 3.3).
I live in a small town. It’s hard for me to get to my appointments at the CAPASITS, because ofthe distance and my health. I have to transfer buses and, now, for example, I’m not working, spending money is a problem for me. There have been times where I’ve missed my appointments because I couldn’t get there in time. I think it’s necessary to have other clinics like the CAPASITS nearby, because the health center in my locality doesn’t have the medicine I need [interview 12: gay man]. The possibility of obtaining an early diagnosis is hampered by the referral of users to CAPASITS—albeit the availability of tests at all HCs and public hospitals; the bureaucratic barriers characterizing public health organization, andthe lack of information among health workers:
stage, letters are processed in parallel. Moreover, readers have been shown to use syntactic information to deal with ambiguous words. Kolers (1969) also mentioned higher level information is being used in word recognition, which may conflict with the direction ofthe bottom-up model. Thus, the bottom-up model was criticized because its view of reading comprehension is in a rigid, word-by-word fashion (Wang 1998). The criticisms also come from several pshycholinguistic such as Coady (1979). Lynch and Hudson (1991), and Goodman (1970). They argued that reading involves more than word perceptions. Lynch and Hudson (1991), for instance, pointed out that this model slows, the readers down in a way that they cannot comprehend larger language units. Therefore, a model that emphasized a process from higher- level comprehension came in.
A new species ofthe homolid crab, Zygastrocarcinus carolinasensis n. sp., is reported fromthe Upper Cretaceous (upper Cam- panian) strata of Coahuila, NE Mexico. Only the anterior part ofthe ~8 mm wide carapace was preserved in addition to a part ofthe sternum (sternites 1-6). The sternum is the oldest figured example of a fossil homolid sternum, and also ofthe entire section of fossil Homoloida. The sternum seems to be similar to extant homolids in general outline, and to an earlier described Eocene homolid. Hitherto, Zygastrocarcinus spp. were only known fromthe northern part ofthe USA (Wyoming, Montana, and South Dakota). Thus, the new species extends the geographic range ofthe genus during the Cretaceous to much of North America. Additionally, this is the second fossil homolid known from Mexico.
Indeed, it is impossible to achieve the appropriate level of innovativeness of a competitive business in modern realities, without involving third-party innovative resources. Onthe other hand, the borrower is always exposed to credit risk inthe form ofthe possibility of improper fulfillment of his obligations. In such cases, to assess the investment attractiveness of a particular borrower, the system of assessment indicators is used (the purpose of loan, its amount, the borrower’s reputation, the financial situation of his business, etc.). It is clear that subjectivity can appear during assessment, which must be neutralized.
This study examines some aspects related to the costs and efficiency ofthe Bolivian school system, using extensive cross section data fromthe ECIEL Survey of 1975. Our fundamental interest in undertaking thestudy has been to test the following hypothesis (put in a simplified from): schooling and school resources are important in explaining academic achievement (as measured by suitable test scores) and over-age students (or their absence), whereas conditions of family background and environment are less relevant. If the above theory of school success stands up to our test, we shall further examine the particular impact on achievement of various school resources. 1 The estimation of educational production functions, using regression and
My purpose here is to examine the major studies that have appeared over the past decade on the Veracruz agrarian question in the nineteenth and early twentieth centuries and show how [r]
Onthe relationship with other European populations and, in particular, with the Iberian Peninsula, the present data also indicate a substantial differentiation. The distance between the Moroccan population and any European population (average 0.045) is much higher than the distance among European populations (average 0.015). Concerning this question, previous genetic data and interpreta- tions are controversial (see, for instance, Arnaiz-Villena et al. 1999, and Comas et al. 2000). Our genetic distance analysis is concordant with the north-south differ- entiation evidenced by different kinds of genetic markers (classical, mtDNA, Y-chromosome, and Alu insertions). This differentiation has been interpreted as generated by parallel Neolithic waves along the two Mediterranean shores fol- lowed by a long period of isolation due to geographical and linguistic factors (Si- moni et al. 1999; Comas et al. 2000). In such a scenario, a certain degree of par- ticular differentiation should also be expected between North Africa and some European populations that have been traditionally interpreted as resulting from strong isolation, such as the Basques (Cavalli-Sforza et al. 1994). However, the 20 markers analyzed fail to reveal any singularity of Basques either in relation to other European populations (according to other data such as mtDNA [Bertranpetit et al. 1995] and Y-chromosome markers [Bosch et al. 1999]) or in relative com- parisons with North Africa.
broad subject area focusing on different issues such as sounds, word formations, structures, meanings, andthe relation between language and social context; moreover, there is an important topical division between thestudyof language structure (grammar) andthestudyof meaning (semantics and pragmatics),Grammar encompasses morphology, syntax and phonology. But, there are other fields than linguistics study including evolutionary linguistics, historical linguistics, sociolinguistics, psycholinguistics, neurolinguistics, language acquisition, discourse analysis, semiotics, literary theory, psychology, pathology, speech-language, informatics, computer science, philosophy, biology, human anatomy, neuroscience, sociology, anthropology, and acoustics.
My best guess is that a drip drip drip of incremental growth will build an ever- expanding online NPDSUE database. Where that will leave the hardback is anybody’s guess. The wider debate onthe future ofthe book continues elsewhere; no doubt you can read all about it on your Kindle™. As lexicographers, however, our primary attention must be given to the dictionary database. The form in which it is published, while of profound personal interest, is a professional matter for publishers. A question I had, and still have to, ask myself was to what purpose does a slang dictionary exist?, not what is the purpose of a slang dictionary? – the latter is just a question of definition. My answer to the philosophical enfolds the definite purpose: a dictionary of slang and unconventional English stands between generations as a gateway to learning, offering each new generation definitions ofthe old. For me Eric Partridge was the gatekeeper inviting me in. I hope he would agree. In whatever ways the next generations wish to consume a dictionary what should be of primary importance is the message not the medium. That established (to my satisfaction, at least), andthe taxonomy in place, second-guessing the future becomes a simple assumption that things are the same as they ever were, only more so. Plus ça change plus c’est la même chose, I suppose.
Following the criteria established for this study, collocations such as make way (three tokens), make an effort (one) make slave (three) make a digression (one) make a lather (one) make a journey (one) make a dish (one) make a haven (one) make an alteration (one) and make a dam (one token) were not included in our counts either because they cannot be considered CPs at the time the text was written, or because they are not CPs at all. Table 3 shows the results organised inthe following way. The column labelled “Verb” includes the isomorphic and non-isomorphic related verbs. The numbers after the verb refer to the informa- tion found inthe OED. Thus, the first number identifies the entry found inthe OED, first window, andthe one after the colon, the meaning given within the entry to be used instead ofthe CP. For instance, inthe case of advance1:3, num- ber 1 refers to the first entry for the verb advance and 3 for the third meaning within the entry. The second, third and fourth columns show information taken fromthe OED, the meaning ofthe verb andthe first and last evidence shown in this dictionary. The fifth column “#” includes the number of times this verb was used in our corpus. Finally, the last three columns refer to the noun involved in
In this view, besides the cognitive dimensión, communication and discourse also manifest an interactional dimensión. In other words, they are collectively managed, negotiated, and even [r]
Slave narratives, which played a very specific social and political role within the African American community, became extremely popular inthenineteenth century. These stories, similar in pattern, helped their authors (re)create their identities as black individuals in order to “redefine their status within the human community” (Gates 1998: 2). Throughout their pages, they exposed black people’s spiritual and physical suffering, as well as the institutional violation of their fundamental rights as human beings, including the right to an education. By consistently giving the subtitle “Written by himself” to their narratives, those ex-slaves who became literate challenged stereotypes and defied the widespread belief that blacks were a “less developed” race because they did not master the written word. Thus, literacy enabled them not only to articulate their position in American society, but also triggered their desire to escape as soon as they discovered, through reading, that their bondage could not be justified. Additionally, in many instances literacy actually put slaves onthe move thanks to the passes they forged, which helped them to avoid being returned to the plantation by slave catchers. As Douglass said, “I wished to learn how to write, as I might have the occasion to write my own pass” (Douglass 2003: 45-47). Given literacy’s central role in antebellum slave narratives 3 , most scholarly studies have focused mainly on this particular facet and other areas of strong interest such as language andthe genre’s episodic pattern. More recent studies (Wesley, 1999; Cox, 2005; Stover, 2008; Smith, 2009) have suggested that the slaves’ flight towards the North may be more than a mere “journey toward freedom: a break away fromthe enslavement of one society andthe break into the ‘better day’ of another” (Smith 1974:13). They are, rather, a crucial necessity for the author’s spiritual and textual development. As Cox points out, “travel defined their subversion […] in order to produce a slave narrative and create a textual identity, a slave had to travel […] travel was the necessary prelude to the publication of a narrative” (Cox 2005: 65, my emphasis). In fact, movement and transit can be found at the very roots ofthe peculiar institution itself: the first African slaves were shipped to the New World; they were often sold from one plantation to the other; and many attempted—and sometimes succeeded—in escaping to the North. Though many slaves lived and died on one plantation, a great many were subject to instability, moved from one place to another, from one master to another, fromthe cabin to the unknown liberty offered by the crossing ofthe Ohio River. Thus, the “slave narrative […] generated its own subgenre of travel writing” (Smith 2009: 197).
This implies, in fact, that the discursive construction of anti-European sentiment present is all pervasive, whether we are dealing with opinión articles or more factual texts, creatin[r]
We identified parts ofthe northwestern slopes ofthe Andes, central-south Amazonian area, southwestern Andean slopes and adjacent lowlands, andthe central Pacific coast as priority areas for the conservation of rep- tiles in continental Ecuador. These areas partially over- lap with some ofthe Marxan-defined areas reported by Lessman et al. (2014) based on 809 species of amphib- ians, birds, mammals, and plants; and Cuesta et al. (2015) based on 753 species of amphibians, birds, rep- tiles (118 species), and plants. Thus, in addition to iden- tifying those areas that are priorities for the conservation of reptiles, our study also supports the conservation of general areas that would benefit a larger number of ani- mals and plants in continental Ecuador. Unfortunately, some of these areas are severely threatened. For example, Tapia-Armijos et al. (2015) reported that ~46% of south- ern Ecuador’s original forests had been converted into pastures and other anthropogenic land cover types by 2008. Similarly, deforestation and extinction in western Ecuador has long been documented (Dodson and Gentry 1991). In conclusion, our study provides further evidence demanding the establishment of protected areas in cer- tain regions of continental Ecuador that remain unpro- tected and under anthropogenic threat.
As rewards usually cannot be directly perceived by pollinators, flowers are informative structures with visual and olfactory advertising signals that generally reveal the amount and quality of rewards offered. Usually larger flowers offer more nectar (e.g. Blarer et al., 2002; Fenster et al., 2006; Gómez et al., 2008), flowers with wider corollas have greater pollen production (Gómez et al., 2008) and flower scent can advertise on nectar quality and its specific location (von Helversená et al., 2000). A successful strategy for dealing with resource allocation to multiple functions relative to pollinator attraction, floral rewards, breeding, gamete protection and seed dispersal is that developed by the cosmopolitan Asteraceae family. Asteraceae species have flowers consolidated in capitula (inflorescences), which are very versatile structures that contain and protect reproductive organs. The capitulum is the pollinator attraction unit that balances morphological and physiological demands ofthe florets to improve reproduction (Jeffrey, 2009). Capitula are classified according to their morphology as homomorphic (discoid) and heteromorphic (radiate) containing only one or two morphologic type of florets, respectively (Mani & Saravanan, 1999). Moreover, capitula are also classified according to their sexuality as homogamous containing only perfect florets and heterogamous containing a combination of pistillate, staminate or sterile and perfect florets
It should be noted that Gender studies do not saturate the entire amount of stu- dies and research that revolves around the theme of women’s reading: furthermore they could be related to the general framework of Cultural Studies. The bibliographical pa- norama on women’s reading, in fact, shows multiple perspectives with the application of different analytical methods, as well as an interest in many kinds of textual objects, from literature to painting, from visual arts to history, to cognitive science, and much more. In addition to the genealogic meaning it is possible to identify at least two other meanings of women’s reading: (i) the first, philological, where attention to gender is used to recons- truct the historical role of woman, (ii) the second, sociological, which reconstructs the network of cultural relations and real contexts of women’s reading, acting and existing as a gender difference. It would be incorrect to ascribe the sense of women’s reading only to the contributions of Gender Studies, because very often, results derived fromthe other two points of view not only provide knowledge and support for the theory of gender as textual genre, but also methods useful for research.