Module Identifier |
RS36720 |
Module Title |
THE AGRI-ENVIRONMENT |
Academic Year |
2005/2006 |
Co-ordinator |
Dr John M Warren |
Semester |
Semester 1 |
Other staff |
Dr Graham P Harris |
Pre-Requisite |
RS25320 |
Course delivery |
Lecture | 22 x 2 hour lectures |
|
Seminars / Tutorials | 1 hour per week |
|
Practical | 3 x 3 hours |
Assessment |
Assessment Type | Assessment Length/Details | Proportion |
Semester Exam | 3 Hours Outcomes assessed: 1, 2, 3, 4, 5 | 50% |
Semester Assessment | Whole farm conservation plan - critique Outcomes assessed: 1, 5, 6 | 50% |
Supplementary Exam | 3 Hours | 50% |
Supplementary Assessment | Whole farm conservation plan - critique Students are required to produce a critique of the process involved in producing a whole farm conservation plan | 50% |
|
Learning outcomes
On completion of this module, students should be able to:
1. Identify the potential environmental impacts resulting from various agricultural practices
2. Critically review the evidence used to compare the environmental impacts of different agricultural systems
3. Recognise the importance of scale (time and distance) in evaluating environmental impacts
4. Formulate a model to assess the possible environmental impacts of a new agricultural practice
5. Develop a farm waste management plan
6. Critically evaluate a whole farm conservation plan
Aims
This module is designed to develop the student's ability to scientifically analyse the complex ecological interactions that occur between agricultural systems and their environment in the UK. The impact of intensive, extensive and organic agriculture on the environment in terms of: biodiversity, genetic diversity, habitat quality, habitat fragmentation, pollution and sustainable resource use are examined. A review of historical development of European environmental policy and agri-environment schemes will set the context for understanding current on-farm conservation practice. The practical ability to produce a whole-farm conservation plan will be developed by critical review of existing plans and the integration of ecological science with practical agricultural knowledge.
Module Skills
Problem_solving |
The module assignment will develop the students' ability to work independently integrating ecological science, practical agricultural knowledge and habitat quality assessment to be able to critically evaluate existing conservation recommendations. This involves identifying and solving non-routine problems. These aspects will then be summarised in a report that justifies its criticisms with reference to the ecological and agricultural scientific literature. |
Communication |
The conservation plan assessment culminates in the production of a written critique of the plan. Through the production of the report students will develop the skill of academic writing, so that the resulting report should be scientifically robust while understandable to working agriculturalists. |
Improving own Learning and Performance |
The critique of the farm conservation plan assignment for this module requires the student to be able to apply integrative learning strategies. To successfully complete the exercise they must allow sufficient time to assimilate the various sources of information and for integrating learning from several modules to produce a full understanding of the process. |
Application of Number |
The waste management planning workshop requires students to handle and interpret numerical information to evaluate the best solutions for potential problems. |
Personal Development and Career planning |
The outcomes of the module are designed to provide the skills and understanding that are required by the professional agri-ecologist working in environmental impact assessment or producing agri-environment scheme applications |
Reading Lists
Books
Park, J R (1988) Environmental management in agriculture: European perspectives
Belhaven
Sutherland W and Hill D A (eds) (1995) Managing habitats for conservation
CUP 0521447763
Winter M (2000) Practical delivery of farm conservation management in England
English Nature
Boatman N (Ed) (1994) Field margins: integrating agriculture and conservation
BCPC 0948404752
Parker, D M (1995) Habitat creation - a critical guide
English Nature
Mannion A (2000) Global change and agriculture 1 & 2
University of Reading
Newman E I (2000) Applied ecology and environmental management
Blackwell Science 0632042656
Lampkin N H (1990) Organic Farming
Farming Press 1903366291
Pankhurst C et al (1997) Biological indicators of soil health
CABI
Andrews J and Rebane M (1998) Farming and wildlife
RSPB 0903138670
Teddington P (2000) Dictionary of ecology and environment
Collins 1901659615
Technical Reports
Sustainable use of soil. (1996) Royal Commission on Environmental Pollution
HMSO
Arden-Clarke, C (1988) The environmental effects of conventional and organic/biological farming systems. I. Impacts on the soil.
Research Report RR-16. Political Ecology Research Group; Oxford
(1992) Green fields - grey future. EC agricultural policy at the crossroads
Greenpeace, Amsterdam
Unwin R et al (1995) The effect of organic farming systems on aspects of the environment. A review for MAFF
ADAS
(1995) Effects of organic farming on the landscape
Report to Countryside Commission. Entec
Articles
Overden, G (1998) Agri-environment schemes and their contribution to the conservation of biodiversity in England
JOURNAL OF APPLIED ECOLOGY vol 35 : 955-960
Chamberlin D E et al (2000) Changes in the abundance of farmland birds in relation to the timing of agricultural intensification in England and Wales
JOURNAL OF APPLIED ECOLOGY vol 37 :771-788
Debrinski D M and Holt R D (2000) A survey and overview of habitat fragmentation experiments
CONSERVATION BIOLOGY vol 14:342-355
Notes
This module is at CQFW Level 6