This article looks at the status attainment process of young Hungarian graduates, devoting special attention to the impact of social origin, defined as the education and occupation of parents. The authors' estimates show that graduates from high status families enjoy notable advantages in the labour market, even when type of education, field of study, and a range of labour market experience factors are held constant. The greatest wage-premium for coming from a 'good' family is measured for men, occurring four-to-five years after graduation. Patterns of status inheritance are found to be gender-dependent, with women being more influenced by their social background at earlier phases of their careers. The authors argue that the substantial growth in the number of graduates and the increasing variety of jobs they occupy contribute to a social-selection process, moving further up from the educational ladder to the labour market. The authors describe possible mechanisms driving the direct inheritance of social advantages, but further research is needed to explore them in detail.
Grillotia epinepheli sp.n. is described on the basis of plerocerci found in the body cavity and peritoneum of the teleost, Epinephelus guaza (L.) (Perciformes: Serranidae) caught off Sardinia, Italy. The species is distinguished from congeners by its tentacular armament, particularly in the basal armature. The metabasal region is armed with rows of 8-9 principal hooks beginning on the internal face; hooks 9 (9’), if present, much smaller than hooks 8 (8’) and similar to minute hooks on the external face. There are three intercalary rows consisting of 3, 2 and 4 hooks each. The external face is armed with a longitudinal band of minute hooks arranged in about 4 files. Basal armature well developed and composed of 7-8 rows of falciform and spiniform hooks.
Shoots of damaged Quercus dalechampii Ten. saplings were shorter and their growth lagged behind by more than one week compared to the control shoots. Photosynthetic activity in leaves of the damaged trees was significantly lowered. Yet the leaf dark respiration rate was higher in damaged saplings. Changes of both the growth and leaf photosynthetic activities may also be ušed as a sensitive diagnostic parameter in ascertaining the negative effects of abiotic and/or biotic factors of the environment.