International Journal of Entomology Research


ISSN: 2455-4758





International Journal of Entomology Research peer reviewed and an open access published research including theoretical contributions, conferences, critical reviews, commentaries, term papers and short communications on the Apiology, Arachnology, Arthropodology, Cetology, Conchology, Entomology, Helminthology, Herpetology, Ichthyology, Malacology, Myrmecology, Nematology, Neuroethology, Ornithology, Paleozoology, Planktology, Primatology, Zooarchaeology, Zoosemiotics, Vector Molecular Biology, Molecular Endocrinology, Parasitology and Immunobiology, evolution, biology, morphology, physiology, anatomy, taxonomy, ecology, development, behavior, toxicology, genetics and systematics of both recent and fossil insects, entomology and acarology, plant, human, medical entomology and forensics as well, evolution, biology, morphology, physiology, sampling, distribution, dispersal, biochemistry, anatomy, taxonomy, population and community ecology, development, behavior, life history, toxicology, population biology, genetics, molecular biology, genomics, neurobiology, vector control, pest management, resistance, repellents, host interaction, immunity, vector borne diseases, surveillance, prevention, direct injury, myiasis, forensics, modeling/GIS.

Entomology journal, Apiology journal, Arachnology journal, Arthropodology journal, Cetology journal, Conchology journal, Entomology journal, Helminthology journal, Herpetology journal, Ichthyology journal, Malacology journal, Myrmecology journal, Nematology journal, Neuroethology journal, Ornithology journal, Paleozoology journal, Planktology journal, Primatology journal, Zooarchaeology journal, Zoosemiotics journal, Vector Molecular Biology journal, Molecular Endocrinology journal, Parasitology and Immunobiology journal, evolution journal, biology journal, morphology journal, physiology journal, anatomy journal, taxonomy journal.

Entomology Journal Web of Science, Insect journal web of science, Zoology journal web of science.


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  1. Insect pollinators matter in sustainable world food production

    Amarjit S Tanda

    School of Horticulture University of Western Sydney Richmond Australia
    Present Address 2/49 Arthur Street Rose hill NSW 2142 Australia.

    Abstract
    Three out of four crops all over the world producing fruits or vegetables for humans rely, at least in part, on insect pollinators in a sustainable world food production.Resulting from animal pollination services, global economic value of agriculture production has been estimated to be $235–$577 billion. The value is calculated using quantification of crops that are available at the global markets, and determined from various countries with precise information about yield of agriculture productivity, exports, and imports. Knowledge about the role of bee pollinators to food and income in small-scale agriculture at local and regional levels is still deficient, especially for developing countries where the availability of agricultural practices are restricted. Comparatively little attempt has been made towards understanding the role of pollinators in small-scale agro systems, which feed a substantial part of the global population, although the world decline in bee pollinator diversity and abundance has received much attention. Here, we have assessed how insect pollinators matter in sustainable world food production system. Use of insect-pollinated crops for household food and income, and to what extent growers are aware of the importance of insect pollinators and how they can conserve them. Surpassing crop pollinator’s population’s abundance and diversity enhances crop yields. Bee pollinators influence 35 percent of world agricultural land, helping the productivity of 87 of the major food crops globally. Pollinator-dependent food products contribute to healthy diets and nutrition. Pollinators are under warning, sustainable agriculture can minimize risk to crop pollinators by supporting to diversify the agricultural systems and making use of ecological practices as part of global food production. Conserving bee pollinators protects biodiversity and their populace. Large number of pollinators are native and wild, including over 20 000 bee species. In facilitating and coordinating the pollinators programs globally FAO is playing a key role in their conservation.

    Keywords: Bee pollinators, crops, agriculture, sustainable, world

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