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A gap in the corporate responsibility to respect human rights

The Human Rights Council received well the ‘protect, respect, remedy’ framework that the SRSG for business and human rights, John Ruggie, presented in 2008 and his mandate was renewed for another 3 years. The corporate responsibility to respect human rights is defined narrowly for abuses linked to business activities only. In the same time, the SRSG remarks that conduct in the form of both acts an

Adsorption-site determination of ordered Yb on Si(111) surfaces

Low-energy-electron-diffraction (LEED), scanning-tunneling-microscopy (STM), and photoelectron-spectroscopy measurements have been performed on the ordered submonolayer surface reconstructions of Yb on Si(111). Two of these reconstructions, namely, 3×1 and 2×1, have been studied in detail. STM and LEED revealed that what was considered to be the 3×1 reconstruction is actually a 3×2 reconstruction.

Global Corporate Social Responsibility, Human Rights, and the Law: An Interactive Regulatory Perspective on the Voluntary-Mandatory Dichotomy

Corporate Social Responsibility (CSR) has been customarily seen as an inherently voluntary corporate endeavour that inhabits the area stretching ‘beyond compliance’ with law. However a growing number of writers and practitioners deem this understanding of CSR inaccurate and unproductive. In this article CSR as ‘beyond compliance’ is questioned from logical, descriptive and normative points of view

Electronic structure of atomic adsorbates from x-ray-absorption spectroscopy : Threshold effects and higher excited states

Atomic C, N, and O chemisorbed on Ni(100) have been studied by x-ray-absorption spectroscopy. The atomic 2p orbitals are shown to form hybrid orbitals with the Ni 3d and 4sp bands. The spectral contributions from these hybrids are identified at the absorption threshold and in a region 6-12 eV above this. Between those regions, states derived from atomic 3p and higher np orbitals are observed. The

Formation of Sm silicides on Si(111) : composition and epitaxy

The formation of Sm silicides on Si(111) by means of solid phase epitaxy has been studied with low energy electron diffraction, Auger electron spectroscopy and photoelectron spectroscopy of the Sm 4f level and Si 2p level. A limited reaction is found to occur already at room temperature whereas at higher temperatures a strongly intermixed Sm/Si layer showing some long range order is formed. The Sm

The limits of supply chain responsibility – A critical analysis of CSR instruments

One challenge in the area of supply chain management has been achieving sustainable compliance with labour rights throughout the entire production chain, including lower tiers of production. This article inquires specifically around sub-contracting, especially what is a brand’s or a buyer’s responsibility regarding workers’ rights beyond its first tier of suppliers. In-depth literature on this iss

Photoemission study of the Bi2CaSr2Cu2O8 superconductor with Cu, Ag and Au overlayers

In this paper, we present a photoemission study of the interaction of Cu, Ag and Au with clean single-crystal Bi2CaSr2Cu2O8 superconductor surfaces. Both the valence-band and the Bi 5d, O 1s and Sr 3d core levels were monitored for all overlayers. Cu, Ag and Au were deposited as consecutively thicker layers starting with a third of a monolayer and progressing in steps up to a deposition in the ran

Changes in the local surface geometry with conserved adsorbate coverage and long-range order caused by annealing

The ordered c(2×2) Na on Al(100) and (3 × 3) R30°K on Al(111) structures formed at either 100 K or at room temperature are studied by high-resolution core-level spectroscopy. For both systems equal alkali coverages are found at these two temperatures. The core-level spectra, however, show strong changes with temperature. This behavior leads to the surprising conclusion that annealing at room tempe

The surface core-level shift of the Pd(100) single-crystal surface

The surface core-level shift of the Pd(100) single-crystal surface has been measured from high-resolution Pd 3d core-level spectra. The surface atoms are found to have 0.44+or-0.03 eV lower binding energy than the bulk atoms. The result is compared with theoretical estimates.

Voluntary Reporting: The Global Compact

The presentation of the United Nation’s (UN) Global Compact (hereinafter “GC” or “Compact”) in a book dedicated to monitoring mechanisms requires an urgent clarification: the GC itself is not a monitoring mechanism meant to deliver corporate accountability. Still, the Compact is an important hub in a broader network of initiatives dealing with responsible business practices and corporate accountab

Some Elements in Knowledge Gaps on Business and Human Rights with Regard to a Future Research Agenda

For the CSR movement the challenge is broadly speaking to make responsible business practices both effective and sustainable in the long run, communicate them credibly to third parties, and institutionalise them more widely in the business community. In this article, I address three main themes where I think more clarity would enable CSR to evolve to a new level and achieve its promising potential

Defining the Limits of Corporate Responsibilities against the Concept of Legal Positive Obligations

There is currently a widespread societal expectation for businesses to respect and support human rights. The apparent simplicity of this expectation contrasts sharply against the difficulty of specifying with precision the boundaries of corporate social responsibilities (CSR). This Article argues that the basis of these difficulties is the uncertainty regarding the responsibility of a business for

Introduction

This collection gathers the more important instruments dealing with the relationships of business with a range of topics such as labor rights, security issues, environmental protection, anti-corruption, good governance, poverty alleviation and development, which all have important human rights dimensions. The premise for this selection is that business has both responsibilities and opportunities t

Segmental variation in microstructure, matrix synthesis and cell proliferation in rabbit flexor tendon

An experimental culture system was designed with the purpose of studying matrix synthesis and cell proliferation in the deep flexor tendon of the rabbit fore-paw. Special attention was paid to differences between three consecutive defined segments of the tendon from the region of the tendon sheath. There were two fibrocartilaginous areas in the tendon, one in the dorsal part of the proximal segmen

Fibroblast growth factor stimulates bone formation bone induction studied in rats

Implantation of demineralized bone matrix in rodents elicits a series of cellular events leading to the formation of new bone inside and adjacent to the implant. This process is believed to be initiated by an inductive protein present in bone matrix. It has been suggested that local growth factors may further regulate the process once it has been initiated. This investigation was designed to study

Tendon healing in vivo : An experimental model

Flexor tendon segments were incubated in a diffusion chamber in the subcutis of rabbits. Tendons incubated up to 6 weeks in the diffusion chamber showed proliferating and migrating cells from the epitenon cell layer as well as viable endotenon cells. Explants frozen in liquid nitrogen prior to incubation showed no signs of extrinsic cell contamination and remained non-viable indicating that no cel

Increased levels of proteoglycan fragments in knee joint fluid after injury

We measured the levels of cartilage proteoglycan (PG) fragments in knee joint synovial fluid obtained from patients with previous trauma of the knee, early gonarthrosis, or pyrophosphate synovitis, and in age-matched control subjects. During the initial 3-4 weeks after rupture of the anterior cruciate ligament or the meniscus (confirmed by arthroscopy), markedly increased PG fragment levels were f