Javascript must be enabled to continue!
Integrated crop/livestock systems research: Practical research considerations
View through CrossRef
AbstractThere are many reasons for the paucity of integrated crop/livestock research and associated publications. Integrated/crop livestock experiments that involve adequate treatments and replications, as perceived by both crop and animal scientists, require large numbers of hectares, many animals, considerable labor to conduct the research, substantial financial resources, and a commitment by Federal and State Research Agencies to fund such long-term research projects. To be truly integrated, crop/livestock research must be multidisciplinary, involving scientists of diverse training and experience with expertise to address various aspects of the research problem, and scientists must function as a cohesive unit or team. The prevailing attitude that all experimental data must be statistically analyzed to be of any value is also a detriment to integrated research. Statistical analyses of these projects may be quite challenging and require new or unusual approaches. Related to the prevailing need for statistical analysis is also the need for scientists to publish senior authored publications for career advancement. Conducting integrated research may not facilitate scientists' publishing the number and quality of publications required for them to meet these criteria. A further obstacle to integrated research alluded to above, involves the many experimental design compromises that must be made by cooperating scientists. Crop and soil scientists for example, use many treatments and replications with small plots, while animal scientists, by necessity, have experiments that involve relatively large numbers of hectares and animal numbers with relatively few treatments and replications. It is therefore extremely difficult to initiate such projects given these inherent differences in crop versus livestock research protocol, as well as to design effective experiments that will provide publishable data. Making compromises on the many factors relevant to integrated crop/livestock research while designing experiments that will provide solutions to pertinent producer problems as well as useful data that can be statistically analyzed and published is, therefore, extremely difficult.
Cambridge University Press (CUP)
Title: Integrated crop/livestock systems research: Practical research considerations
Description:
AbstractThere are many reasons for the paucity of integrated crop/livestock research and associated publications.
Integrated/crop livestock experiments that involve adequate treatments and replications, as perceived by both crop and animal scientists, require large numbers of hectares, many animals, considerable labor to conduct the research, substantial financial resources, and a commitment by Federal and State Research Agencies to fund such long-term research projects.
To be truly integrated, crop/livestock research must be multidisciplinary, involving scientists of diverse training and experience with expertise to address various aspects of the research problem, and scientists must function as a cohesive unit or team.
The prevailing attitude that all experimental data must be statistically analyzed to be of any value is also a detriment to integrated research.
Statistical analyses of these projects may be quite challenging and require new or unusual approaches.
Related to the prevailing need for statistical analysis is also the need for scientists to publish senior authored publications for career advancement.
Conducting integrated research may not facilitate scientists' publishing the number and quality of publications required for them to meet these criteria.
A further obstacle to integrated research alluded to above, involves the many experimental design compromises that must be made by cooperating scientists.
Crop and soil scientists for example, use many treatments and replications with small plots, while animal scientists, by necessity, have experiments that involve relatively large numbers of hectares and animal numbers with relatively few treatments and replications.
It is therefore extremely difficult to initiate such projects given these inherent differences in crop versus livestock research protocol, as well as to design effective experiments that will provide publishable data.
Making compromises on the many factors relevant to integrated crop/livestock research while designing experiments that will provide solutions to pertinent producer problems as well as useful data that can be statistically analyzed and published is, therefore, extremely difficult.
Related Results
Risk management in crop farming
Risk management in crop farming
The agricultural sector is heavily exposed to the impact of climate change and the more common extreme weather events. This exposure can have significant impacts on agricultural pr...
Modeling Crop‐Livestock Interactions in Semi‐Subsistence Economies
Modeling Crop‐Livestock Interactions in Semi‐Subsistence Economies
ABSTRACTClimate and weather shocks pose significant threats to crop and livestock systems, leading to economic losses and humanitarian crises. Utilizing a modeling framework that i...
Can Livestock Raising Alleviate Farmland Abandonment?—Evidence from China
Can Livestock Raising Alleviate Farmland Abandonment?—Evidence from China
Farmland abandonment is a global phenomenon. Changes in socioeconomic factors in China impact the traditional crop–livestock system; however, studies on the relationship between li...
LIVESTOCK MANAGEMENT PRACTICES: SOCIOECONOMIC IMPACTS IN BALOCHISTAN
LIVESTOCK MANAGEMENT PRACTICES: SOCIOECONOMIC IMPACTS IN BALOCHISTAN
This research was conducted into two districts of Balochistan such as Lasbela and Loralai so as to determine the livestock management practices within terms of socioeconomic accele...
Nexus between Climate-Smart Livestock Production Practices and Farmers’ Nutritional Security in Pakistan: Exploring Level, Linkages, and Determinants
Nexus between Climate-Smart Livestock Production Practices and Farmers’ Nutritional Security in Pakistan: Exploring Level, Linkages, and Determinants
Livestock plays a vital role in humans’ food and nutrition security under rapidly changing climatic scenarios. This study investigates the nature and factors affecting livestock fa...
Clarivate Optimal Livestock via Enigmatic Nature of Blended Decision-Making Paradigm: Practicing Comparative Methodologies
Clarivate Optimal Livestock via Enigmatic Nature of Blended Decision-Making Paradigm: Practicing Comparative Methodologies
Deployment of the intelligent technologies of information and communication technologies (ICTs) in livestock farming has positive impact and transforms it into precision livestock ...
Improved Spatially Disaggregated Livestock Measures for Uganda
Improved Spatially Disaggregated Livestock Measures for Uganda
The objective of our study is twofold: on one side, to complement earlier analyses thatestimate the spatial density of livestock holdings using different methods; on the other, to ...
Modeling Structural Changes in the Livestock Market in the European Union
Modeling Structural Changes in the Livestock Market in the European Union
The aim of this study is to analyze structural changes in the livestock product market in the European Union countries from 2000 to 2022, identifying trends and features of the dev...

