Organic Export Research Articles

Phenotypic Analysis of Native Goats Suitable for Export at the Organic and Akseker Slaughter Houses for the Purpose of Meat Consumption in Modjo Town, Ethiopia

This study was conducted in Organic and Akseker Export abattoirs of Modjo district of Eastern Shoa zone of central Ethiopia with the aim of phenotypic evaluations of indigenous goats exportable to Akseker and Organic Export abattoirs of Modjo modern export abattoirs aimed at improving the community-based breeding strategies of indigenous goats and their phenotypic traits exported to export abattoirs for meat consumption. A total of 200 goats from both export abattoirs were sampled randomly for phenotypic evaluations. Length, weight, height, and heart girth of the animal were measured for each goat exported to both abattoirs. The results show that significantly (P<0.05) presence of clear phenotypic variations between and within these indigenous goats exportable to Akseker export abattoirs whereas heart girth significantly (P<0.05) increased by 20.271 (CM) the length, weight (KG) and height increases by (0.163 CM), (0.256 KG) and (0.479 CM) respectively. However, there is no evidence showing any association with sex, age, body condition, and age of animals. The examined phenotypic parameters of goats exported to organic export abattoirs were measured but there is no-showed significant (P-value >0.05) association between and within heart girth, height, and body length of the goats except for the high level of significant variations (P<0.05) between hearth girth on body weights which says when heart girth increases by 7.26 (CM) centimeters, the body weight significantly with P value (0.001) increases by 1.92 (Kg) kilograms. In conclusion, to sustainably utilize these goat populations the production constraints should be solved and selective community-based breeding strategies should be designed and well implemented.

Late Miocene to Early Pliocene paleoceanographic evolution of the Central South Pacific: A deep-sea benthic foraminiferal perspective

The bottom water conditions in the Central South Pacific (CSP) and associated changes in the Lower Circumpolar Deep Water (LCDW) and Antarctic Bottom Water (AABW) under warmer-than-present conditions need to be better understood. These water masses transfer their properties to the major ocean basins. We analyzed Late Miocene to Early Pliocene (5.6–3.6 Ma) marine sediment core sections from the CSP for benthic foraminifera, ice rafted debris (IRD), Ostracoda, planktic foraminifera Orbulina universa abundance, and organic geochemical proxies to assess the bottom water characteristics under warmer-than-present day conditions. A significant increase in IRD abundance between 5.3 and 4.9 Ma marks the Early Pliocene warm phase. The benthic foraminiferal assemblages indicate shifts in bottom water conditions over time in the CSP region. Between 5.6 and 5.3 Ma, predominantly oxygenated bottom water with moderate organic matter flux prevailed. This shifted to suboxic conditions with increased organic matter flux from 5.3 to 4.9 Ma. Subsequently, between 4.9 and 4.4 Ma, bottom water conditions alternated frequently between oxic and suboxic states. Enhanced bottom water formation and inflow of LCDW and AABW in the CSP during 4.4–4.0 Ma promoted oxygenated conditions, accompanied by low organic export flux. However, sluggish bottom water circulation from 4.0 to 3.6 Ma reverted to suboxic conditions, associated with increased carbon burial. Notably, productivity peaked intermittently between 5.3 and 3.6 Ma, as indicated by the occurrence of suboxic species assemblages and increase in the abundance of Orbulina universa, benthic microfauna (ostracods), and other paleoproductivity indicators.

Organic Agriculture in Tunisia, Africa

Tunisia reports 279,389 hectares of certified organic agriculture, accounting for 2.87% of the country’s farmland. Most of Tunisia’s organic production is exported. Organic olive oil accounts for 74% of organic exports, and organic dates for 22%. In 2021, Tunisia bid and won the right to host the Organic World Congress (OWC) 2024. After almost half a century of OWCs, the prospective OWS Tunis 2024 was to be the first such event to be held in Africa. It would be an opportunity to showcase Tunisian and African organics, and to provide a welcome impetus to grow the organics sectors of the country and the continent. In 2023, OWS Tunis 2024 was cancelled in the wake of the Covid-19 pandemic, the loss-making OWC Rennes 2021, and changed economic, political and social circumstances. The African continent is an under-performer in organics; 15 countries report no organics, 28 countries report less than 1% organics and only a single country reports greater than 5% (viz. São Tomé and Principe, 21.2%). Tunisia is an organics leader in Africa. The present paper tracks the stop-start growth of the organics sector of Tunisia over the past two decades.

Biosecurity for small growers of local and organic export banana in Peru – seeking synergies with food safety and ecological intensification

Biosecurity for small growers of local and organic export banana in Peru – seeking synergies with food safety and ecological intensification

Ma$ Banano: an app to leverage data from smallholder organic export banana for continual improvement

Ma$ Banano: an app to leverage data from smallholder organic export banana for continual improvement

Status of India in Global Organic Production and Export

The present study was envisaged to examine the status of India in global organic production and to have an overview of the regional spread of India's organic production and export thereof. This study spanning the period 2012-13 to 2018-19, was based on secondary data extracted from various issues of the assessment reports of the programs/organizations overseeing the activities related to organic farming at the global and country level. The study highlighted that India's organic area increased nearly four-fold from 0.5 million ha in 2012 to 1.96 million ha by 2018 and accounted for 30 per cent of the organic area in Asia and nearly three per cent of the global organic area. India's organic production had doubled (2.6 million MT) by 2018-19 from 1.3 million MT in 2012-13. Nearly 90 per cent of organic production came from seven major organic states (Madhya Pradesh, Maharashtra, Karnataka, Uttar Pradesh, Rajasthan, Odisha, and Gujarat) in the country. The organic exports to the tune of 6.14 lakh MT from India translated into a realization of 5151 crore in the fiscal ending 2019, up from 1156 crores in 2012-13. The findings of the study point towards the ample scope for propagating organic agriculture, given the large land base in the country. The competitive strength of the states in producing organic crops highlighted by the study can well be exploited to make the most of the opportunities thrown open by the ever-increasing organic trade.

Disinfection byproducts formed during drinking water treatment reveal an export control point for dissolved organic matter in a subalpine headwater stream

Changes in climate, season, and vegetation can alter organic export from watersheds. While an accepted tradeoff to protect public health, disinfection processes during drinking water treatment can adversely react with organic compounds to form disinfection byproducts (DBPs). By extension, DBP monitoring can yield insights into hydrobiogeochemical dynamics within watersheds and their implications for water resource management. In this study, we analyzed temporal trends from a water treatment facility that sources water from Coal Creek in Crested Butte, Colorado. These trends revealed a long-term increase in haloacetic acid and trihalomethane formation over the period of 2005–2020. Disproportionate export of dissolved organic carbon and formation of DBPs that exceeded maximum contaminant levels were consistently recorded in association with late spring freshet. Synoptic sampling of the creek in 2020 and 2021 identified a biogeochemical hotspot for organic carbon export in the upper domain of the watershed that contained a prominent fulvic acid-like fluorescent signature. DBP formation potential analyses from this domain yielded similar ratios of regulated DBP classes to those formed at the drinking water facility. Spectrometric qualitative analyses of pre and post-reacted waters with hypochlorite indicated lignin-like and condensed hydrocarbon-like molecules were the major reactive chemical classes during chlorine-based disinfection. This study demonstrates how drinking water quality archives combined with synoptic sampling and targeted analyses can be used to identify and understand export control points for dissolved organic matter. This approach could be applied to identify and characterize analogous watersheds where seasonal or climate-associated organic matter export challenge water treatment disinfection and by extension inform watershed management and drinking water treatment.

Linkages Between East China Sea Deep‐Sea Oxygenation and Variability in the East Asian Summer Monsoon and Kuroshio Current Over the Last 400,000 years

AbstractThe East China Sea (ECS) seasonally receives a high organic input due to the terrestrial organic matter influx, which is controlled by the East Asian Summer Monsoon (EASM), and the increased productivity driven by upwelling of the subsurface Kuroshio Current (KC). Changes in benthic foraminiferal assemblage composition in combination with paleoceanographic proxy data (CaCO3 (%), TOC (%), δ13Cpf, and δ18Obf) are used to reconstruct bottom water oxygenation and organic export flux variability over the last 400 kyr in the ECS. Multivariate analyses of benthic foraminiferal census data identified six biofacies characteristic of varying environmental conditions. These results suggest that enhanced EASM precipitation and KC upwelling directly influenced organic export flux and bottom water oxygen content in the ECS. The ECS bottom water was suboxic during Marine Isotope Stage (MIS) 11 to 8; suboxic to dysoxic between MIS 7 and 6, strongly dysoxic between mid‐MIS 5 and 4, and exhibited high variability between MIS 3 and 1. Spectral analysis of relative abundances of representative genera Quinqueloculina (oxic), Bulimina (suboxic), and Globobulimina (dysoxic) reveals a robust 23 kyr signal, which we attribute to precessionally‐paced changes in surface productivity and bottom water oxygenation related to KC variability over the past 400 kyr.

GESTIÓN DE LA PROCEDENCIA Y LA TRAZABILIDAD DE PRODUCTOS ORGÁNICOS DE EXPORTACIÓN EN PERÚ

The objective of the study was to explain through a model, the influence of chemical compounds in determining the origin and traceability of organic export products, to generate confidence and security in the choice of organic food in consumers, tracing it as purpose the determination of stable isotopes to know the origin and traceability of organic export products, in order to generate confidence and security in the choice of food in consumers. The research methodology was quasi-experimental - descriptive - correlational – explanatory, in addition, data from experiments carried out were used, where the surveys and questionnaires applied in the interview have provided the information that was processed through SPSS program and LISREL for factor analysis. It has been proven that in the studied model the influencing factors originality, traceability and the composition of the food

Перспективные направления экспорта органической продукции АПК Уральского региона

Abstract. The purpose is the analysis of the current state and prospects for expanding the geography and nomenclature of organic exports from the Ural-Siberian region. Methods. Commodity and country analysis of exports of agro-industrial products from Russia over the past few years based on data from the Federal Customs Service of Russia. Evaluation of data on the dynamics of income from the export of agricultural products from Russia in comparison with income from the export of weapons and other non-primary goods. Assessment of the planned prospects for a multiple increase in export revenue for many commodity items until 2030. A grouping was made by the main importing countries of agricultural products from Russia, where China, Turkey and Kazakhstan are in the top three, and the Ural region, where the TOP 3 importers look different: Kazakhstan, Uzbekistan and China. The grouping of the main export products in the agro-industrial sector was also carried out, where the Urals nomenclature of export agricultural products differs markedly from the all-Russian one. There has been a significant increase in the share of organic products in the global food market. The data of the Research Institute of Organic Agriculture (FiBL) on organic certification of agricultural land in the world are presented. The authors analyze the rapid growth of the organic products market in China and its features in the regulatory regulation of organic food production. The role of agro-industrial exports for the implementation of national development projects of the Russian Federation until 2030 is revealed. The scientific novelty of the work lies in the analysis of the rapid growth of the market for organic products outside the traditional area of their consumption in the West at the expense of developing economies in Asia (primarily China) and the features and differences in the regulatory regulation of organic food production in China, compared with the European Union and the United States. The role of agro-industrial exports in solving the broader tasks of implementing national development projects of the Russian Federation until 2030 is also revealed. The practical results of the work are the substantiation of the thesis that the development of new export directions and modern logistics technologies will allow exporters of organic agricultural products in the Ural region to significantly increase the volume and profitability of exports. The article substantiates the need for exporters of the Ural region to use the Transcaspian route of the International Transport Corridor “North – South” and logistics technologies of “agroexpress” and container trains to gain competitive advantages over suppliers of the South of Russia and the Far East, located closer to ports and border crossings.

Перспективи доступу українських експортерів органічної продукції до ринку ЄС в умовах екологізації Спільної аграрної політики ЄС

The article identifies the main directions of the EU Common Agricultural Policy at the present stage, which are focused on the ecologization of the agricultural sector. Based on the goals of the CAP for the period 2021-2027, the dynamics and importance of the development of organic production in EU member states were analyzed. It is proved that organic farming and trade in organic products are the perspective niche area for Ukrainian exports to the EU. The main factors of the development of Ukrainian organic exports to the EU are highlighted, including simplified access to the EU market under the Free Trade Agreement with the EU, the significant capacity of the EU market, growing demand for organic food in EU member states, and insufficient domestic supply of organic products on the European market.

Impacts of long-term land use on terrestrial organic matter input to lakes based on lignin phenols in sediment records from a Swedish forest lake

Organic carbon burial in lake sediments plays an important role in the global carbon cycle, and is heavily affected by the terrestrial organic matter input. However, few studies have focused on long-term changes in terrestrial organic matter input to lakes in response to land-use changes. The aim of this study was to assess variations in sedimentary terrestrial organic matter over the last 1000 years based on lignin biomarker records from two sediment cores from Lake Skottenesjön, southwestern Sweden. In combination with pollen-based quantitative land cover reconstruction, we investigated the impacts of centennial-scale land-use changes on terrestrial organic matter input to lake sediments. The results show that human activities in the catchment had significant impacts on terrestrial organic export by modifying the vegetation cover. Intensified use of the forest in the 18th and 19th centuries led to enhanced soil erosion, and increased terrestrial organic matter input to the lake. Although farmland expanded between the 12th and the middle of 14th century, no significant change in terrestrial organic matter input was observed at that time. Much higher export of terrestrial organic and minerogenic matter to the lake was observed during the period of modern forestry in the 20th century as compared to previous periods of minor forest disturbance, such as 11th century. The changes in the vegetation cover in the catchment considerably modified the composition of terrestrial organic matter deposited in the lake sediments, which is reflected by the composition of lignin phenols. This study demonstrates that the combination of lignin phenols analysis and pollen-based quantitative land cover reconstruction is a useful approach for investigating long-term changes in terrestrial organic matter delivery to lake ecosystems.

ORGANIC PRODUCTION EXPORTS CREDITING IN UKRAINE

The main aspects of the organic production export crediting are investigated in this article. As export crediting today is an extremely relevant and important issue in Ukraine, there is a wide base of research in this area. However, despite the number of developments, today there is no established mechanism for the organic production export crediting. Nowadays, the export of organic production in Ukraine is actively evolving, so it needs additional financial support for growth. One of the tools to support the export of organic products is lending. Therefore, the purpose of the study is to analyze the theoretical foundations and practical aspects of lending for organic exports. The current state of the export of organic products in Ukraine has been studied. The regional distribution of organic production export is determined. The main ways of export crediting are also investigated. The existing experience of crediting the export of organic production in Ukraine and the world is analyzed. In particular, one of the main tools for organic product export crediting has been identified. The problems faced by the producer of Ukrainian organic products are identified and ways to solve them are suggested. Prospects for the development of organic product export crediting in Ukraine are considered. Thus, the study presents recommendations that can be immediately used for practical implementation as a tool for organic product export crediting.

Analysis of Production and Sales of Organic Products in Ukrainian Agricultural Enterprises

As organic farming gains more popularity across the world, it is important to discuss the underlying trends of its development in Ukraine, who is an important agricultural producer. Organic farming may have lower environmental pressures—therefore, we seek to identify the major trends in the production and sales of the organic agricultural products in Ukraine. In this study, data on the production structure, costs, and selling prices from Ukrainian enterprises are analyzed. Conventional and organic enterprises are contrasted in order to identify the possibilities for the development of organic agriculture in Ukraine. Our results suggest that enterprises that use organic farming in Ukraine tend to produce higher output per hectare, as opposed to those engaged in conventional farming. However, labor profitability remains low in labor-intensive organic farming, especially in larger companies, and organic products remain a low percentage of Ukraine’s agricultural exports. This calls for further study into the development of organic production and consumption in the domestic market, as well as the implementation of appropriate certification practices in order to ensure the growth of organic exports.

Red rust thrips in smallholder organic export banana in Latin America and the Caribbean: pathways for control, compatible with organic certification

Since 2010, red rust thrips (RRT) have become a serious pest in organic export banana plantations, causing yield losses of 30-40%. Although RRT blemishes on banana peel are only cosmetic, exporters apply zero tolerance. During 2014-2017, FONTAGRO co-financed studies on measures to reduce RRT damage in smallholder organic export banana. Research was initially guided by an IPM approach based on thrips population thresholds and linked abiotic factors, in order to schedule practices. Initial studies resulted in a preventive model for thrips management based on the year-round use of transparent bags with 3-mm orifices to protect bunches just as the bell emerges and before bracts open. This approach minimizes losses due to both Chaetanaphothrips signipennis found in Peru and Ecuador and Chaetanaphothrips orchidii common in the Dominican Republic. Experiments to develop scouting methods and establish thresholds suggested three conclusions: C. signipennnis flies very little, complicating trapping even with pheromones; thresholds for economic damage are very low; and scouting is difficult, costly and not practical for decision making. Routine monitoring of losses caused by RRT and other factors should be done during packing. Experiments to test the effectiveness of bagging and the use of applied products to repel or kill thrips showed that bagging alone reduced losses by 90-100% compared to bunches with no bag. Applications of organic products to the bell at bagging and the leaf whorl and the upper bunch stem simultaneously with other bunch practices reduced losses further by 0-8%. Studies of biological control identified predators, parasitoids and entomopathogens which attack different stages of thrips. Preliminary lab and release studies suggest that biological control should be further developed. However, RRT form part of a complex of insect bunch pests, and the use of general or targeted applications should be reviewed to avoid the use of products which reduce beneficial organisms.

Evidence for high organic carbon export to the early Cambrian seafloor

Oxygenation of the early Cambrian ocean is commonly ascribed to high organic export to the sediment due to the rise of algae and filter-feeding animals, but direct evidence of elevated export fluxes has been lacking to date. Here, we report an integrated proxy dataset (U-Mo isotopes, Fe speciation, and major and trace elements) for lower Cambrian black shales at Yuanjia on the Yangtze Platform (South China). These shales are characterized by high iron speciation ratios and Mo and U enrichments, indicating persistently euxinic water conditions during their deposition, but a broad range of δ98Mo values (−0.10‰ to +1.94‰) implies strongly variable watermass sulfidity. High and variable nutrient element (Cu, Zn, Ni, Cd) enrichments at Yuanjia are consistent with elevated and variable organic productivity and export fluxes from the euphotic zone to the early Cambrian seafloor. The Yuanjia shales also exhibit super-heavy δ238U values (to +0.84‰) that cannot be explained by U reduction in sediment porewaters. We hypothesize that these values record a U reduction process within the water column, where U isotope fractionation can be much larger than in sediment porewaters. Such processes may have operated within a benthic organic flocculent layer at the sediment-water interface, a feature that is characteristic of high productivity systems with anoxic bottom waters. Furthermore, the coupling between δ238U, nutrient elements, and δ98Mo suggests that elevated productivity levels were driven likely by episodic upwelling in early Cambrian oceans, supplying abundant nutrients for productivity and influencing H2S concentrations in the water column. These observations, along with high organic carbon accumulation rates (5600 mg cm−2 kyr−1), are direct evidence of high organic export fluxes to the early Cambrian seafloor, thus providing key support for the hypothesis that enhanced organic export and burial triggered a major atmospheric-oceanic oxygenation event that stimulated the subsequent explosion of Cambrian life.

Middle to Late Pleistocene Arctic paleoceanographic changes based on sedimentary records from Mendeleev Ridge and Makarov Basin

Three sediment cores from the Makarov Basin and Mendeleev Ridge off the Siberian margin were analyzed for a number of litho-, bio- and magnetostratigraphic proxies. Correlation to previously studied Arctic records from Mendeleev to Lomonosov ridges enables paleoceanographic reconstructions for the Middle to Late Pleistocene (estimated ∼0.8 Ma) on orbital time scales. Cyclic changes in lithology corroborated by multiple stratigraphic constraints were tuned to global climate variations based on the manganese content that increases during interglacials, while calcium and zircon were used as proxies for the Laurentide and Eurasian ice sheet inputs. The combined evaluation of glacial and interglacial proxy variabilities provides a coherent picture of the western Arctic Ocean development in the Pleistocene. We suggest that major cyclic changes were driven by summer processes, such as sea-ice retreat and enhanced biological production vs. suppressed ice melt in warmer and colder summers, respectively. A potential link to low latitudes via atmospheric moisture and heat transport is indicated by similarities in the western Arctic Ocean and East Asian monsoon records. Long-term cooling is signified by biogenic proxies related to sea-ice expansion over the western Arctic Ocean with step changes at MIS 11 and 7 (∼0.4 and 0.2–0.3 Ma). This transition also features better fossil preservation indicating less corrosive/oxidative bottom waters, probably resulting from a decrease in organic export production and/or weakening of bottom water ventilation under perennial sea ice. The latter was possibly enhanced by atmospheric cooling and increased meltwater fluxes with the growth of circum-Arctic ice sheets.

The Middle to Late Miocene “Carbonate Crash” in the Equatorial Indian Ocean

AbstractWe integrate benthic foraminiferal stable isotopes, X‐ray fluorescence elemental ratios, and carbonate accumulation estimates in a continuous sedimentary archive recovered at International Ocean Discovery Program Site U1443 (Ninetyeast Ridge, Indian Ocean) to reconstruct changes in carbonate deposition and climate evolution over the interval 13.5 to 8.2 million years ago. Declining carbonate percentages together with a marked decrease in carbonate accumulation rates after ~13.2 Ma signal the onset of a prolonged episode of reduced carbonate deposition. This extended phase, which lasted until ~8.7 Ma, coincides with the middle to late Miocene carbonate crash, originally identified in the eastern equatorial Pacific Ocean and the Caribbean Sea. Interocean comparison reveals that intense carbonate impoverishment at Site U1443 (~11.5 to ~10 Ma) coincides with prolonged episodes of reduced carbonate deposition in all major tropical ocean basins. This implies that global changes in the intensity of chemical weathering and riverine input of calcium and carbonate ions into the ocean reservoir were instrumental in driving the carbonate crash. An increase in U1443 Log (Ba/Ti) together with a change in sediment color from red to green indicate a rise in organic export flux to the sea floor after ~11.2 Ma, which predates the global onset of the biogenic bloom. This early rise in export flux from biological production may have been linked to increased advection of nutrients and intensification of upper ocean mixing, associated with changes in the seasonality and intensity of the Indian Monsoon.

Impact of European Union–U.S. Organic Equivalency Arrangement on U.S. Exports

AbstractThis study uses the synthetic control method to investigate the impact of the 2012 bilateral organic equivalency arrangement between the European Union and the United States, the two largest organic markets in the world. Employing the newly‐available USDA Global Agricultural Trade System (GATS) data on organic trade, we collectively analyze 23 products of U.S. organic exports representing fresh produce, coffee, and tomato sauce, at the quarterly level during the 2011–2014 period. We find that the policy generates an increase of 9.1% in the organic exports of these products to the European Union each quarter.

Organic Horticulture in India

During the previous three decades, organic produce has attracted the attention of a growing health-conscious population across the globe. Both international and domestic communities are becoming aware of issues like agrochemical residues, produce quality, and food safety. Worldwide, over 37.5 million ha of land (0.87% of total agricultural land) is being managed organically by 1.9 million producers in 164 countries. In addition, there is another 31 million ha certified for wild harvest collection. Global sales of organic products have reached U.S. $75 billion, with the U.S. and Europe as the largest consumers. The concept of organic farming is not new to the Indian farming community. Several forms of organic farming are successfully practiced in diverse climates, particularly in rain-fed, tribal mountains, and hilly areas of the country. Many of the forest products of economic importance, such as herbs and medicinal plants are in this category by default. The report of the Task Force on Organic Farming appointed by the Government of India noted the vast areas of the country where limited amounts of synthetic chemicals are used, although they have low productivity, but also which could have unexploited potential for organic agriculture. As of March 2014, India had 4.72 million ha under an organic certification process, including 0.6 million ha of cultivated agricultural land and 4.12 million ha of wild harvest collection forest area. During 2012–2013, India exported 165,262 million tons of organic products across 135 commodities valued at $312 million. The domestic market for organic commodities is also growing at an annual growth rate of 15%–20%. The crops grown organically include cashew nut, spices, cotton, rice, sugarcane, pineapple, passion fruit, groundnut, sunflower, millet, vegetables, wheat castor, mustard, walnut, tea, coffee, banana, and mango. Institutional support for organic exports from India was created by the launch of the National Program for Organic Production (NPOP) by the Agriculture and Processed Food Export Development Authority (APEDA), Ministry of Commerce. The NPOP supports promotional initiatives, accreditation by inspection and certification agencies, and offers support to agri-business enterprises to facilitate export. India now has 26 accredited certification agencies to facilitate the certification of growers.