Promoting Good Nutrition (PDF 2MB)

Guidance and resources to support the use of 'MUST' across all care settings

Drug Alerts 2011 to 2012

PAS Alerts 2011 to 2012

Being an Approved Home Childcarer (PDF 162KB)

Guidance on Being an Approved Home Childcarer - a guide for home childcarers

Employing an Approved Home Childcarer (PDF 216KB)

Guidance on Employing an Approved Home Childcarer - a guide for parents

Data Protection Manual (MS Word 461KB)

Departmental Data Protection manual

Reserved Car Parking: Staff with a Disability/Long-Term Health Condition (PDF 412 KB)

Provides advice and guidance on obtaining reserved car parking where a member of staff has particular difficulty with normal parking arrangements because of their disability/long-term health condition. åÊAmended 2009

5 Standards pocket guide (PDF 3763 KB)

Improving the Patient and Client experience (Print only)

7 steps to cleanliness (PDF 280 KB)

7 steps to cleanliness poster for hospital use

Notification of a disability or long term health condition (Guidance notes and form) (PDF 133KB)

Provides guidance and advice on notifying a disability/long-term health condition to PMB and on requesting a reasonable adjustment, if you have previously declared a disability/long-term health condition.

Environment-dependent microevolution in a Mediterranean pine (Pinus pinaster Aiton).

BACKGROUND: A central question for understanding the evolutionary responses of plant species to rapidly changing environments is the assessment of their potential for short-term (in one or a few generations) genetic change. In our study, we consider the case of Pinus pinaster Aiton (maritime pine), a widespread Mediterranean tree, and (i) test, under different experimental conditions (growth chamber and semi-natural), whether higher recruitment in the wild from the most successful mothers is due to better performance of their offspring; and (ii) evaluate genetic change in quantitative traits across generations at two different life stages (mature trees and seedlings) that are known to be under strong selection pressure in forest trees. RESULTS: Genetic control was high for most traits (h2 = 0.137-0.876) under the milder conditions of the growth chamber, but only for ontogenetic change (0.276), total height (0.415) and survival (0.719) under the more stressful semi-natural conditions. Significant phenotypic selection gradients were found in mature trees for traits related to seed quality (germination rate and number of empty seeds). Moreover, female relative reproductive success was significantly correlated with offspring performance for specific leaf area (SLA) in the growth chamber experiment, and stem mass fraction (SMF) in the experiment under semi-natural conditions, two adaptive traits related to abiotic stress-response in pines. Selection gradients based on genetic covariance of seedling traits and responses to selection at this stage involved traits related to biomass allocation (SMF) and growth (as decomposed by a Gompertz model) or delayed ontogenetic change, depending also on the testing environment. CONCLUSIONS: Despite the evidence of microevolutionary change in adaptive traits in maritime pine, directional or disruptive changes are difficult to predict due to variable selection at different life stages and environments. At mature-tree stages, higher female effective reproductive success can be explained by differences in their production of offspring (due to seed quality) and, to a lesser extent, by seemingly better adapted seedlings. Selection gradients and responses to selection for seedlings also differed across experimental conditions. The distinct processes involved at the two life stages (mature trees or seedlings) together with environment-specific responses advice caution when predicting likely evolutionary responses to environmental change in Mediterranean forest trees.