Search PubMed⌕ Search

PubMed · 1820304

Organizational evolution: a hospice case study.

Abstract

An analysis of the maturation process of a large, multiple site hospice using Greiner's organizational development model is presented. Past and present growth phases and crises are described. The value of such an analysis lies in its insights into organizational growth and the resultant lessons for other, similar agencies. The ability to assess an organization's stage of development means that crises and needs can be anticipated and appropriate resolutions can be planned. Generalizations can be made to multiple site or regionally organized hospice development elsewhere.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

A B Hecht, D H Moser. 1991. Organizational evolution: a hospice case study.. https://doi.org/10.1080/0742-969x.1991.11882705

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Nitrogen loads through baseflow, stormflow, and underflow to Rehoboth Bay, Delaware.

A detailed study of water and nitrogen (N) discharge from a small, representative subwatershed of Rehoboth Bay, Delaware, was conducted to determine total N loads to the bay. The concentrations of ammonium (NH4(+)), nitrate + nitrite (NO3(-) + NO2(-)), and dissolved and particulate organic N were determined in baseflow and storm waters discharging from Bundicks Branch from October 1998 to April 2002. A novel hydrographic separation model that accounts for significant decreases in baseflow during storm events was developed to estimate N loads during unsampled storms. Nitrogen loads based on gauged flows alone (7100-19,100 kg/yr) significantly underestimated those based on land use-land cover (LULC) and estimated N export factors from different classes of LULC (32,000-40,600 kg/yr). However, when ungauged underflow and associated N loads were included in the total loads (25,500-33,800 kg/yr), there was much better agreement with LULC export models. This suggests that in permeable coastal plain sediments, underflow contributes significantly to N fluxes to estuarine receiving waters, particularly in drier years. Based on the similarity in LULC, N loads from the Bundicks Branch subwatershed were used to estimate upland loads to the entire Rehoboth Bay Watershed (259,000-316,000 kg/yr). These N loads from the watershed were much greater than those from direct atmospheric deposition (49,000-64,500 kg/yr) and from a local wastewater treatment plant (9700-13,700 kg/yr). While the watershed was the principal source of N at all times during the year, the relative contributions from the watershed, wastewater, and direct atmospheric deposition varied predictably with season.

Delaware↗