Green Services and Emergence and Recovery from the Global Economic Slowdown in Developing Asian Economies

The global economic slowdown has again highlighted the vulnerability of export-led development models and economies to downturns in export markets. Economic deepening or “rebalancing” with an emphasis on service-sector development should be—and is becoming—one long-term response to the crisis by Asia's emerging economies. In the long run, sustainable economic development will depend in part on achieving a “green” trajectory of service sector development, in which services help green the “product economy.” In the short run, however, can services help address short- and medium-term challenges of emergence and recovery from the crisis—particularly those of at least resuming historic rates of poverty alleviation and inclusive growth? Meeting these challenges will require that export sectors deal successfully with challenging market conditions. There is a class of closely related business-to-business services which act to green the product economy, and which would improve the competitiveness of export sectors and husband scarce public resources by optimizing the efficiency of infrastructure utilization. These are functional procurement/efficiency services, which transform procurement of environmentally problematic goods and services—such as waste disposal, energy, chemicals, and transport—into performance-based services in which service providers profit by increasing the customer's eco-efficiency. Energy Service Companies (ESCOs) are the best-known of these service models. These services appear to have strong potential among the larger, more sophisticated institutions and commercial and industrial enterprises in developing Asian states, particularly in Asia's more advanced developing economies.green service sector; energy service companies asia

Green Services and Emergence and Recovery from the Global Economic Slowdown in Developing Asian Economies

The global economic slowdown has again highlighted the vulnerability of export-led development models and economies to downturns in export markets. Economic deepening or rebalancing with an emphasis on service-sector development should beand is becomingone long-term response to the crisis by Asias emerging economies. In the long run, sustainable economic development will depend in part on achieving a green trajectory of service sector development, in which services help green the product economy. In the short run, however, can services help address short- and medium-term challenges of emergence and recovery from the crisisparticularly those of at least resuming historic rates of poverty alleviation and inclusive growth? Meeting these challenges will require that export sectors deal successfully with challenging market conditions. There is a class of closely related business-to-business services which act to green the product economy, and which would improve the competitiveness of export sectors and husband scarce public resources by optimizing the efficiency of infrastructure utilization. These are functional procurement/efficiency services, which transform procurement of environmentally problematic goods and servicessuch as waste disposal, energy, chemicals, and transportinto performance-based services in which service providers profit by increasing the customers eco-efficiency. Energy Service Companies (ESCOs) are the best-known of these service models. These services appear to have strong potential among the larger, more sophisticated institutions and commercial and industrial enterprises in developing Asian states, particularly in Asias more advanced developing economies.global economic slowdown, export-led development models, sustainable economic development, Energy Service Companies, Asia

Green services and emergence and recovery from the global economic slowdown in developing Asian economies

The global economic slowdown has again highlighted the vulnerability of export-led development models and economies to downturns in export markets. Economic deepening or rebalancing with an emphasis on service-sector development should be - and is becoming - one long-term response to the crisis by Asia's emerging economies. In the long run, sustainable economic development will depend in part on achieving a green trajectory of service sector development, in which services help green the product economy. In the short run, however, can services help address short- and medium-term challenges of emergence and recovery from the crisis - particularly those of at least resuming historic rates of poverty alleviation and inclusive growth? Meeting these challenges will require that export sectors deal successfully with challenging market conditions. There is a class of closely related business-to-business services which act to green the product economy, and which would improve the competitiveness of export sectors and husband scarce public resources by optimizing the efficiency of infrastructure utilization. These are functional procurement/efficiency services, which transform procurement of environmentally problematic goods and services - such as waste disposal, energy, chemicals, and transport - into performance-based services in which service providers profit by increasing the customer's eco-efficiency. Energy Service Companies (ESCOs) are the best-known of these service models. These services appear to have strong potential among the larger, more sophisticated institutions and commercial and industrial enterprises in developing Asian states, particularly in Asia's more advanced developing economies

Voluntary Facility-Level Sustainability Performance Reporting: Current Status, Relationship to Organization-Level Reporting, and Principles for Progress

Dr. Mark Stoughton and his research assistant Elizabeth Levy provide a status report on voluntary facility-level sustainability performance reporting and explain what this system may provide for environmental sustainability

Kepler Input Catalog: Photometric Calibration and Stellar Classification

We describe the photometric calibration and stellar classification methods used to produce the Kepler Input Catalog (KIC). The KIC is a catalog containing photometric and physical data for sources in the Kepler Mission field of view; it is used by the mission to select optimal targets. We derived atmospheric extinction corrections from hourly observations of secondary standard fields within the Kepler field of view. Repeatability of absolute photometry for stars brighter than magnitude 15 is typically 2%. We estimated stellar parameters Teff, log(g), log (Z), E_{B-V} using Bayesian posterior probability maximization to match observed colors to Castelli stellar atmosphere models. We applied Bayesian priors describing the distribution of solar-neighborhood stars in the color-magnitude diagram (CMD), in log (Z)$, and in height above the galactic plane. Comparisons with samples of stars classified by other means indicate that in most regions of the CMD, our classifications are reliable within about +/- 200 K and +/- 0.4 dex in log (g). It is difficult to assess the reliability of our log(Z) estimates, but there is reason to suspect that it is poor, particularly at extreme Teff. Of great importance for the Kepler Mission, for Teff <= 5400 K, the distinction between main-sequence stars and giants has proved to be reliable with better than 98% confidence. The KIC is available through the MAST data archive.Comment: 77 pages, 12 figures, 1 Table. Accepted by Astronomical Journal 24 July 201

AVAST Survey 0.4-1.0 {\mu}m Spectroscopy of Igneous Asteroids in the Inner and Middle Main Belt

We present the spectra of 60 asteroids, including 47 V-types observed during the first phase of the Adler V-Type Asteroid (AVAST) Survey. SDSS photometry was used to select candidate V-type asteroids for follow up by nature of their very blue $i-z$ color. 47 of the 61 observed candidates were positively classified as V-type asteroids, while an additional six show indications of a 0.9 $\mu$m feature consistent with V-type spectra, but not sufficient for formal classification. Four asteroids were found to be S-type, all of which had $i-z$ values very near the adopted AVAST selection criteria of $i-z \le -0.2$, including one candidate observed well outside the cut (at a mean $i-z$ of -0.11). Three A-type asteroids were also identified. Six V-type asteroids were observed beyond the 3:1 mean motion resonance with Jupiter, including the identification of two new V-type asteroids (63085 and 105041) at this distance. Six V-type asteroids were observed with low ($<5\deg$) orbital inclination, outside of the normal dynamical range of classic Vestoids, and are suggestive of a non-Vesta origin for at least some of the population.Comment: 1 table, 3 figures, To appear to Icaru

Spectroscopic Target Selection in the Sloan Digital Sky Survey: The Quasar Sample

We describe the algorithm for selecting quasar candidates for optical spectroscopy in the Sloan Digital Sky Survey. Quasar candidates are selected via their non-stellar colors in "ugriz" broad-band photometry, and by matching unresolved sources to the FIRST radio catalogs. The automated algorithm is sensitive to quasars at all redshifts lower than z=5.8. Extended sources are also targeted as low-redshift quasar candidates in order to investigate the evolution of Active Galactic Nuclei (AGN) at the faint end of the luminosity function. Nearly 95% of previously known quasars are recovered (based on 1540 quasars in 446 square degrees). The overall completeness, estimated from simulated quasars, is expected to be over 90%, whereas the overall efficiency (quasars:quasar candidates) is better than 65%. The selection algorithm targets ultraviolet excess quasars to i^*=19.1 and higher-redshift (z>3) quasars to i^*=20.2, yielding approximately 18 candidates per square degree. In addition to selecting ``normal'' quasars, the design of the algorithm makes it sensitive to atypical AGN such as Broad Absorption Line quasars and heavily reddened quasars.Comment: 62 pages, 15 figures (8 color), 8 tables. Accepted by AJ. For a version with higher quality color figures, see http://archive.stsci.edu/sdss/quasartarget/RichardsGT_qsotarget.preprint.p

Ensemble Properties of Comets in the Sloan Digital Sky Survey

We present the ensemble properties of 31 comets (27 resolved and 4 unresolved) observed by the Sloan Digital Sky Survey (SDSS). This sample of comets represents about 1 comet per 10 million SDSS photometric objects. Five-band (u,g,r,i,z) photometry is used to determine the comets' colors, sizes, surface brightness profiles, and rates of dust production in terms of the Af{\rho} formalism. We find that the cumulative luminosity function for the Jupiter Family Comets in our sample is well fit by a power law of the form N(< H) \propto 10(0.49\pm0.05)H for H < 18, with evidence of a much shallower fit N(< H) \propto 10(0.19\pm0.03)H for the faint (14.5 < H < 18) comets. The resolved comets show an extremely narrow distribution of colors (0.57 \pm 0.05 in g - r for example), which are statistically indistinguishable from that of the Jupiter Trojans. Further, there is no evidence of correlation between color and physical, dynamical, or observational parameters for the observed comets.Comment: 19 pages, 8 tables, 11 figures, to appear in Icaru

FIRST-2MASS Red Quasars: Transitional Objects Emerging from the Dust

We present a sample of 120 dust-reddened quasars identified by matching radio sources detected at 1.4 GHz in the FIRST survey with the near-infrared 2MASS catalog and color-selecting red sources. Optical and/or near-infrared spectroscopy provide broad wavelength sampling of their spectral energy distributions that we use to determine their reddening, characterized by E(B-V). We demonstrate that the reddening in these quasars is best-described by SMC-like dust. This sample spans a wide range in redshift and reddening (0.1 < z < 3, 0.1 < E(B-V) < 1.5), which we use to investigate the possible correlation of luminosity with reddening. At every redshift, dust-reddened quasars are intrinsically the most luminous quasars. We interpret this result in the context of merger-driven quasar/galaxy co-evolution where these reddened quasars are revealing an emergent phase during which the heavily obscured quasar is shedding its cocoon of dust prior to becoming a "normal" blue quasar. When correcting for extinction, we find that, depending on how the parent population is defined, these red quasars make up < 15-20% of the luminous quasar population. We estimate, based on the fraction of objects in this phase, that its duration is 15-20% as long as the unobscured, blue quasar phase.Comment: 21 pages, 17 figures plus a spectral atlas. Accepted for publication in the Astrophysical Journa