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Full-Text Articles in Earth Sciences
Assessment Of Grasslands And Livestock Production In Kangra Valley Of Himachal Pradesh, S. Radotra, Inder Dev, A. Kanan, Birbal Singh
Assessment Of Grasslands And Livestock Production In Kangra Valley Of Himachal Pradesh, S. Radotra, Inder Dev, A. Kanan, Birbal Singh
IGC Proceedings (1993-2023)
In Himachal Pradesh 89.96 percent as per 2011 census of population lives in rural areas. The mainstay of the people of Himachal Pradesh is agriculture and has an important place in the economy of the State. Agricultural census shows that 87.95 percent of the total holdings are of small and marginal. Rearing of livestock is an integral component of rural economy (Anonymous, 2014). Livestock depend to a certain extent on fodder and grass grown on common property resources (CPR) as well as on crops and residues. Animal production is an integral part and forms part of the earning of small …
Inventory Of Important Fodder Plants Of Ladakh Himalaya, Suheel Ahmad, J. P. Singh, D. K. Verma
Inventory Of Important Fodder Plants Of Ladakh Himalaya, Suheel Ahmad, J. P. Singh, D. K. Verma
IGC Proceedings (1993-2023)
In Ladakh, livestock rearing is a major activity in the livelihoods of the population and contributes greatly to income generation in the region and therefore alleviating poverty. In agro-pastoral animal husbandry systems of Leh, Khaltsey, and Nubra blocks and limited areas in Nyoma and Durbok, villagers live in settled communities and practice sedentary agriculture, but they also keep relatively large herds of livestock to augment income and meet dietary and fibre subsistence needs (Ahmed, 2002). Due to prolonged and extreme cold winter, the agriculture season is very short which starts from May and ends by September depending upon different altitudes. …
Radiant Temperature Of Cattle According To Rangeland Environment And Breed, Luciano A. González, Anne-Sophie Clerc, Christopher J. O’Neill
Radiant Temperature Of Cattle According To Rangeland Environment And Breed, Luciano A. González, Anne-Sophie Clerc, Christopher J. O’Neill
IGC Proceedings (1993-2023)
Heat stress can reduce growth rate and reproduction of beef cattle in tropical regions, which might be accentuated under a scenario of climate change. Adaptation of breeds, acclimatisation of individuals, and shade (natural or artificial) can be used to mitigate heat stress in cattle with body temperature used as an indicator (Finch 1977). In the past few years, infrared temperature (IRT) of the eye and hide have been used as an indicators of core body temperature for disease detection and heat produced (Schaefer et al. 2012; Montanholi et al. 2008). IRT could become an automatic and remote measurement …
Estimated Effects Of Climate Change On Grassland Production And Legume Content Across Southern Australia, Andrew D. Moore, Afshin Ghahramani
Estimated Effects Of Climate Change On Grassland Production And Legume Content Across Southern Australia, Andrew D. Moore, Afshin Ghahramani
IGC Proceedings (1993-2023)
Climate changes caused by anthropogenic increases in greenhouse gases such as CO2 will affect southern Australia along with the rest of the globe. Dryland pastures supporting extensive beef, sheepmeat and wool production occupy a third of southern Australia’s farming zone. These livestock production systems are highly sensitive to climatic variation, because they depend almost entirely on pasture as their source of feed. Given the diversity of current climates, soils and pastures that are found across southern Australia, and the spatial variation in projected climate changes (CSIRO 2007), it can also be expected that the impacts of changing climates on …
Comparative Analysis Of Climate Change Adaptation Options Across The Southern Australian Livestock Industry, Afshin Ghahramani, Andrew D. Moore
Comparative Analysis Of Climate Change Adaptation Options Across The Southern Australian Livestock Industry, Afshin Ghahramani, Andrew D. Moore
IGC Proceedings (1993-2023)
Climate change is predicted to have a substantial negative effect on the productivity of grasslands across southern Australia (Moore and Ghahramani 2013). We used the GRAZPLAN biophysical simulation models to assess several possible grassland management and animal genetic improvement adaptations under SRES A2 climate change scenario. Simulations spanned the five dimensions of geography, time, global circulation models, enterprise, and adaptations. Impact of climate change was predicted to reduce profitability of livestock industry by 46%, 58%, and 72% at 2030, 2050 and 2070, respectively. Increasing soil fertility could return the average profitability of five livestock enterprises to its historical level at …
Performance Of Calves Receiving By-Products Of Oil Palm During The Dry Season In An Integrated Pasture-Forestry System In Pré-Amazonic Regions Of Brazil, Xerxes M. Tosta, Rosane C. Rodrigues, Maria Elizabeth Oliveira, Jose A. C. Junior, Ivan B. M. Sampaio
Performance Of Calves Receiving By-Products Of Oil Palm During The Dry Season In An Integrated Pasture-Forestry System In Pré-Amazonic Regions Of Brazil, Xerxes M. Tosta, Rosane C. Rodrigues, Maria Elizabeth Oliveira, Jose A. C. Junior, Ivan B. M. Sampaio
IGC Proceedings (1993-2023)
The integrated farming and livestock-forestry constitutes a viable alternative for the advancement of sustainable agriculture through its influence on social and ecological processes. Silvopastoral systems are integrated systems characterised by the management of animals in an agricultural-forestry association. These systems aim to provide shade for animals, stabilize forage production for meat production and/or milk products, forestry and various other environmental services (Maurício et al. 2010). Despite the benefits mentioned, the seasonality in the production of tropical forages needs to be considered. An efficient way to avoid losses in animal production in the dry season is with the use of …