Female Genital Cutting: shattering the debate yet still violating human rights
Summary : The international fight against the various forms of female circumcision, or the mutilation of the genitals of women and children, has many different aspects. Although no religious text from any religion suggests the practice, still in many countries the torture of young girls and women continue. Even though there is an assumption that the phenomenon is exclusive to the developing world, many practices in the West, such as vaginal and vulvar surgeries, as well as changes to the face and body of women can be included in the same tendency to portray women as impure, incomplete, and in need of improvement so that she can be accepted by prospective husbands.
A discussion of the legal aspects of female genital mutilation.
The purpose of this paper is to examine the position of the nurse/midwife in the United Kingdom when involved with the care of a woman or female child who has suffered genital mutilation, which is an illegal practice in this country and most other areas of the world. The types of circumcision commonly practised are introduced, the prevalent reasons for the continuation of the practice among certain ethnic groups are presented, and the range of issues to be considered by the nurse is examined. These include international and national legal aspects which do not exist in isolation and are considered in context with cultural, medical, human rights and gender issues. Nursing legal issues include child protection, consent, advocacy and confidentiality, which invoke the Code Of Professional Conduct of the United Kingdom Central Council for Nursing Midwifery & Health Visiting. Midwives and nurses working in the field of gynaecology have raised questions regarding possible courses of action to take when presented with this issue. Increased knowledge can help to inform those decisions. Therefore, implications for future practice are addressed, together with recommendations to assist nurses with decision making when faced with this scenario in the future.
The microscale obstacle-resolving meteorological model MITRAS v2.0: model theory
Abstract. This paper describes the developing theory and underlying
processes of the microscale obstacle-resolving model MITRAS version 2. MITRAS
calculates wind, temperature, humidity, and precipitation fields, as well as
transport within the obstacle layer using Reynolds averaging. It explicitly
resolves obstacles, including buildings and overhanging obstacles, to
consider their aerodynamic and thermodynamic effects. Buildings are
represented by impermeable grid cells at the building positions so that the
wind speed vanishes in these grid cells. Wall functions are used to calculate
appropriate turbulent fluxes. Most exchange processes at the obstacle
surfaces are considered in MITRAS, including turbulent and radiative
processes, in order to obtain an accurate surface temperature. MITRAS is also
able to simulate the effect of wind turbines. They are parameterized using
the actuator-disk concept to account for the reduction in wind speed. The
turbulence generation in the wake of a wind turbine is parameterized by
adding an additional part to the turbulence mechanical production term in the
turbulent kinetic energy equation. Effects of trees are considered
explicitly, including the wind speed reduction, turbulence production, and
dissipation due to drag forces from plant foliage elements, as well as the
radiation absorption and shading. The paper provides not only
documentation of the model dynamics and numerical framework but also a solid
foundation for future microscale model extensions.
