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Esto significa que contamos con la ciencia, la investigación, las instalaciones y, lo más importante, las personas necesarias para formular lo mejor de nuestra tecnología de bioestimulantes y proporcionar herramientas sustentables en la tecnología de productividad de los cultivos. 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Su aplicación ofrece un enfoque integral para mejorar la productividad de los cultivos, mitigando los retos a los que se enfrenta la agricultura moderna. ",[],{"type":934,"text":1791,"spans":1792,"direction":29},"Fórmula potente y única con la mayor concentración de compuestos bioactivos del mercado",[1793],{"start":58,"end":1482,"type":140},{"type":934,"text":1795,"spans":1796,"direction":29},"Soluciones y compuestos novedosos e integrales para las necesidades agrícolas en constante evolución de hoy en día",[1797],{"start":58,"end":1282,"type":140},{"type":934,"text":1799,"spans":1800,"direction":29},"Mejora la tolerancia al estrés abiótico y la recuperación de las plantas en condiciones de cultivo adversas",[1801],{"start":58,"end":1802,"type":140},39,{"type":934,"text":1804,"spans":1805,"direction":29},"Mayor eficiencia en la absorción de nutrientes para aumentar la productividad de los cultivos",[1806],{"start":58,"end":1282,"type":140},{"dimensions":1808,"alt":54,"copyright":54,"url":957,"id":958,"edit":1809},{"width":955,"height":956},{"x":58,"y":58,"zoom":59,"background":60},{"id":1811,"type":347,"tags":1812,"lang":103,"slug":1813,"first_publication_date":1439,"last_publication_date":1716,"uid":1813,"url":1814,"link_type":75,"key":1815,"isBroken":77},"Z5LODxAAACEAZVdl",[],"productividad","\u002Fel-reto\u002Fproductividad","1f29ca39-0b01-4418-89ba-2f19811d39ba","Explore la productividad",[1818],{"tab_title":1819,"title":1820,"text":1824,"image":1851,"cta":1854,"cta_label":1860},"Sustentabilidad",[1821],{"type":869,"text":1822,"spans":1823,"direction":29},"LA SUSTENTABILIDAD QUE NECESITAS",[],[1825,1828,1831,1836,1842,1847],{"type":32,"text":1826,"spans":1827,"direction":29},"Los bioestimulantes son productos que actúan sobre los procesos fisiológicos de los cultivos para estimular sus procesos naturales y mejorar la absorción de nutrientes, el uso del agua y la tolerancia al estrés abiótico, al tiempo que protegen la calidad y la productividad de los cultivos.",[],{"type":32,"text":1829,"spans":1830,"direction":29},"Al activar de forma natural la respuesta genética de las plantas, podemos proteger el potencial natural de los cultivos. Estos productos innovadores pueden ayudar a abordar algunos de los mayores retos de la humanidad para que todos podamos disfrutar de un futuro más sustentable.",[],{"type":934,"text":1832,"spans":1833,"direction":29},"Nuestra tecnología es regenerativa en su esencia, al mismo tiempo que contribuye a la agricultura regenerativa",[1834],{"start":1670,"end":1835,"type":140},110,{"type":934,"text":1837,"spans":1838,"direction":29},"Apoya la agricultura climáticamente inteligente",[1839],{"start":1840,"end":1841,"type":140},6,47,{"type":934,"text":1843,"spans":1844,"direction":29},"Las algas marinas son un recurso regenerativo",[1845],{"start":1846,"end":1661,"type":140},25,{"type":934,"text":1848,"spans":1849,"direction":29},"Nuestras soluciones bioestimulantes contribuyen al ciclo del carbono",[1850],{"start":1509,"end":168,"type":140},{"dimensions":1852,"alt":54,"copyright":54,"url":1004,"id":1005,"edit":1853},{"width":1002,"height":1003},{"x":58,"y":58,"zoom":59,"background":60},{"id":1855,"type":347,"tags":1856,"lang":103,"slug":1857,"first_publication_date":1439,"last_publication_date":1716,"uid":1857,"url":1858,"link_type":75,"key":1859,"isBroken":77},"Z5LODhAAACEAZVdg",[],"sustentabilidad","\u002Fel-reto\u002Fsustentabilidad","7efc5429-64c1-4ea9-8f87-521c2c325573","Explore la sustentabilidad",{"variation":37,"version":38,"items":1862,"primary":1863,"id":1017,"slice_type":1018,"slice_label":54},[],{"size":1016,"add_line":54},{"variation":37,"version":38,"items":1865,"primary":1866,"id":1103,"slice_type":1104,"slice_label":54},[],{"card":1867},[1868,1908],{"icon":1869,"title":1870,"text":1874,"cta":1896,"cta_label":1903,"background_image":1904},{},[1871],{"type":869,"text":1872,"spans":1873,"direction":29},"Agricultura regenerativa",[],[1875,1878,1881,1884,1887,1890,1893],{"type":32,"text":1876,"spans":1877,"direction":29},"Los bioestimulantes de Acadian contribuyen de manera significativa a la agricultura regenerativa al mejorar la dinámica de los nutrientes, mejorar la salud del suelo, reparar la biodiversidad y promover un ciclo de carbono más sustentable. Se ha demostrado que algunos de los beneficios de los bioestimulantes elaborados con las algas Ascophyllum nodosum de Acadian son: ",[],{"type":934,"text":1879,"spans":1880,"direction":29},"Mejoran la resistencia a las tensiones ambientales (es decir, sequía, calor, salinidad, etc.)",[],{"type":934,"text":1882,"spans":1883,"direction":29},"Mejoran la salud del suelo",[],{"type":934,"text":1885,"spans":1886,"direction":29},"Aumentan la absorción de nutrientes",[],{"type":934,"text":1888,"spans":1889,"direction":29},"Reparan la biodiversidad",[],{"type":934,"text":1891,"spans":1892,"direction":29},"Proteger la productividad y la calidad general de los cultivos",[],{"type":934,"text":1894,"spans":1895,"direction":29},"Mejorar la capacidad fotosintética en condiciones de estrés",[],{"id":1897,"type":347,"tags":1898,"lang":103,"slug":1899,"first_publication_date":1439,"last_publication_date":1900,"uid":1899,"url":1901,"link_type":75,"key":1902,"isBroken":77},"Z5LODRAAACMAZVdc",[],"agricultura-regenerativa","2026-04-08T06:26:19+0000","\u002Fel-reto\u002Fagricultura-regenerativa","3fe27529-5ecd-4e01-8735-4c8edec846c8","Descubra más",{"dimensions":1905,"alt":1906,"copyright":54,"url":1063,"id":1064,"edit":1907},{"width":1060,"height":1061},"Agricultor con botas de goma caminando sobre el suelo",{"x":58,"y":58,"zoom":59,"background":60},{"icon":1909,"title":1910,"text":1914,"cta":1936,"cta_label":1903,"background_image":1942},{},[1911],{"type":869,"text":1912,"spans":1913,"direction":29},"Agricultura climáticamente inteligente",[],[1915,1918,1921,1924,1927,1930,1933],{"type":32,"text":1916,"spans":1917,"direction":29},"Los bioestimulantes de Acadian contienen sustancias bioactivas que pueden ayudar a las plantas a hacer frente a los factores de estrés ambiental, promoviendo la resiliencia brindando una mayor productividad sustentada en condiciones difíciles. Desempeñan un papel crucial en la agricultura climáticamente inteligente y tienen un enfoque multifacético al promover la producción agrícola sustentable y resiliente y reducir la huella ambiental de las prácticas agrícolas convencionales. Se ha demostrado que nuestros bioestimulantes:",[],{"type":934,"text":1919,"spans":1920,"direction":29},"Crean adaptabilidad a la variabilidad climática",[],{"type":934,"text":1922,"spans":1923,"direction":29},"Aumentan la eficiencia en el uso del agua",[],{"type":934,"text":1925,"spans":1926,"direction":29},"Mejoran el ciclo del carbono",[],{"type":934,"text":1928,"spans":1929,"direction":29},"Aumentan el carbono orgánico del suelo",[],{"type":934,"text":1931,"spans":1932,"direction":29},"Mejoran la eficiencia de los fertilizantes",[],{"type":934,"text":1934,"spans":1935,"direction":29},"Mejorar la salud del suelo.",[],{"id":1937,"type":347,"tags":1938,"lang":103,"slug":1939,"first_publication_date":1439,"last_publication_date":1716,"uid":1939,"url":1940,"link_type":75,"key":1941,"isBroken":77},"Z5LODBAAACQAZVdZ",[],"agricultura-climaticamente-inteligente","\u002Fel-reto\u002Fagricultura-climaticamente-inteligente","209b4fdb-ec7b-4294-b81a-608b382b8f4d",{"dimensions":1943,"alt":1944,"copyright":54,"url":1100,"id":1101,"edit":1945},{"width":1098,"height":1098},"Planta de maíz saliendo de suelo seco.",{"x":58,"y":58,"zoom":59,"background":60},{"variation":37,"version":38,"items":1947,"primary":1948,"id":1108,"slice_type":1018,"slice_label":54},[],{"size":1016,"add_line":54},{"variation":37,"version":38,"items":1950,"primary":1951,"id":1125,"slice_type":43,"slice_label":54},[],{"banner":1952},{"id":1953,"type":43,"tags":1954,"lang":103,"slug":1955,"first_publication_date":1706,"last_publication_date":1716,"uid":1956,"link_type":75,"key":1957,"isBroken":77},"Z5LQjhAAACQAZVuC",[],"una-mejor-cosecha-hoy-un-mundo-mejor-manana","banner-cta-contactenos","f5f8d686-f312-4eb5-95db-f84879937365","Revolucionando la agricultura sostenible | Acadian Plant Health","Innovando con la tecnología de bioestimulantes para beneficiar tanto a las plantas como al planeta. ¡Explore la experiencia de Acadian hoy mismo!",{"dimensions":1961,"alt":1962,"copyright":54,"url":1131,"id":1132,"edit":1963},{"width":83,"height":84},"Logotipo en letras blancas en negrita sobre un fondo azul profundo de Acadian Plant Health Sea Beyond.",{"x":58,"y":1134,"zoom":59,"background":60},{"id":830,"uid":54,"url":820,"type":821,"href":1965,"tags":1966,"first_publication_date":1968,"last_publication_date":1969,"slugs":1970,"linked_documents":1971,"lang":19,"alternate_languages":1972,"data":1977},"https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22aSiephIAACcA1Pdz%22%29+%5D%5D",[1967],"article","2025-12-02T17:58:47+0000","2026-03-10T14:57:23+0000",[821],[],[1973,1974,1975,1976],{"id":819,"type":821,"lang":15},{"id":832,"type":821,"lang":103},{"id":834,"type":821,"lang":108},{"id":836,"type":821,"lang":22},{"title":1978,"slices":1981,"meta_title":2211,"meta_description":2212,"meta_image":2213},[1979],{"type":32,"text":840,"spans":1980,"direction":29},[],[1982,2001,2026,2099,2102,2189,2192,2201],{"variation":37,"version":38,"items":1983,"primary":1984,"id":883,"slice_type":884,"slice_label":54},[],{"title":1985,"subhead":1988,"background_image":1992,"media":1993,"video_url":863,"secondary_video_url":864,"button_label_text":54,"button_link":1995,"show_announcement_banner":77,"announcement_banner_text":1996,"announcement_button_label":54,"announcement_button_link":1997,"announcement_button_image":1998},[1986],{"type":26,"text":848,"spans":1987,"direction":29},[],[1989],{"type":32,"text":1990,"spans":1991,"direction":29},"Desempenho e Sustentabilidade, \njuntos como nunca",[],{},{"link_type":856,"key":1994,"kind":858,"id":859,"url":860,"name":861,"size":862},"97c70ddb-3301-4b8d-8155-bf2e7825f4c2",{"link_type":866},[],{"link_type":866},{"dimensions":1999,"alt":54,"copyright":54,"url":880,"id":881,"edit":2000},{"width":879,"height":879},{"x":58,"y":58,"zoom":59,"background":60},{"variation":886,"version":38,"items":2002,"primary":2003,"id":919,"slice_type":899,"slice_label":54},[],{"title":2004,"text":2008,"iframe":2012,"background_image":2023,"overlay":265},[2005],{"type":869,"text":2006,"spans":2007,"direction":29},"Somos pioneiros em novas possibilidades com bioestimulantes que beneficiarão tanto a planta quanto o planeta. ",[],[2009],{"type":32,"text":2010,"spans":2011,"direction":29},"Somos uma empresa com experiência única nas indústrias de bioestimulantes, proteção de cultivos e fertilizantes. Isso significa que temos a ciência, a pesquisa, as instalações e, o mais importante, as pessoas para formular o melhor de nossa tecnologia de bioestimulantes para fornecer tecnologias sustentáveis para produtividade.",[],{"embed_url":2013,"type":899,"version":900,"title":2014,"author_name":110,"author_url":2015,"provider_name":1609,"provider_url":1610,"thumbnail_url":2016,"thumbnail_width":1612,"thumbnail_height":179,"html":2017,"is_plus":1614,"account_type":1615,"width":1616,"height":1617,"duration":2018,"description":1056,"thumbnail_url_with_play_button":2019,"upload_date":2020,"video_id":2021,"uri":2022},"https:\u002F\u002Fvimeo.com\u002F1162591842","Acadian_TinyGiants_SeaBeyond_PT_BR","https:\u002F\u002Fvimeo.com\u002Facadianplant","https:\u002F\u002Fi.vimeocdn.com\u002Fvideo\u002F2118428991-0cb5fe207e2d0e7421c93902dc3e1d91ee6fd92d8ba9b04421fb6908db4494de-d_295x166?region=us","\u003Ciframe src=\"https:\u002F\u002Fplayer.vimeo.com\u002Fvideo\u002F1162591842?app_id=122963\" width=\"426\" height=\"240\" frameborder=\"0\" allow=\"autoplay; fullscreen; picture-in-picture; clipboard-write; encrypted-media; web-share\" referrerpolicy=\"strict-origin-when-cross-origin\" title=\"Acadian_TinyGiants_SeaBeyond_PT_BR\">\u003C\u002Fiframe>",66,"https:\u002F\u002Fi.vimeocdn.com\u002Ffilter\u002Foverlay?src0=https%3A%2F%2Fi.vimeocdn.com%2Fvideo%2F2118428991-0cb5fe207e2d0e7421c93902dc3e1d91ee6fd92d8ba9b04421fb6908db4494de-d_295x166%3Fregion%3Dus&src1=http%3A%2F%2Ff.vimeocdn.com%2Fp%2Fimages%2Fcrawler_play.png","2026-02-06 11:28:25",1162591842,"\u002Fvideos\u002F1162591842",{"dimensions":2024,"alt":915,"copyright":54,"url":916,"id":917,"edit":2025},{"width":913,"height":914},{"x":58,"y":58,"zoom":59,"background":60},{"variation":37,"version":38,"items":2027,"primary":2028,"id":1011,"slice_type":1012,"slice_label":54},[],{"tab_1":2029,"tab_2":2053},[2030],{"tab_title":475,"title":2031,"text":2035,"image":2042,"cta":2045,"cta_label":2052},[2032],{"type":869,"text":2033,"spans":2034,"direction":29},"A PERFORMANCE QUE VOCÊ DESEJA",[],[2036,2039],{"type":32,"text":2037,"spans":2038,"direction":29},"Os extratos da Acadian são cientificamente comprovados para melhorar a saúde e a proteção das plantas. Nossos produtos funcionam melhorando os processos fisiológicos da planta, o que beneficia a resiliência das plantas aos estresses ambientais e à saúde geral. Sua aplicação oferece diferentes formas de uso para melhorar o desempenho das culturas, mitigando os desafios enfrentados na agricultura moderna.",[],{"type":32,"text":2040,"spans":2041,"direction":29},"Nossa fórmula exclusiva reúne a maior concentração de compostos bioativos do mercado, desenvolvida para atender às exigências de condições desafiadores na agricultura. Com soluções completas, promovemos o manejo aprimorado do estresse abiótico, a recuperação eficiente das plantas em condições adversas e o aumento da eficiência no uso de nutrientes — fatores decisivos para elevar a produtividade e a sustentabilidade das culturas.",[],{"dimensions":2043,"alt":54,"copyright":54,"url":957,"id":958,"edit":2044},{"width":955,"height":956},{"x":58,"y":58,"zoom":59,"background":60},{"id":2046,"type":347,"tags":2047,"lang":19,"slug":470,"first_publication_date":2048,"last_publication_date":2049,"uid":470,"url":2050,"link_type":75,"key":2051,"isBroken":77},"aSilMBIAACgA1QFl",[],"2025-12-09T18:39:58+0000","2026-03-10T14:54:17+0000","\u002Fnossa-tecnologia\u002Fperformance","216d2c44-ded3-49de-a7e7-8bcc2bd8bb74","Explore o Desempenho",[2054],{"tab_title":2055,"title":2056,"text":2060,"image":2087,"cta":2090,"cta_label":2098},"Sustentabilidade",[2057],{"type":869,"text":2058,"spans":2059,"direction":29},"A SUSTENTABILIDADE QUE VOCÊ PRECISA",[],[2061,2064,2067,2073,2078,2082],{"type":32,"text":2062,"spans":2063,"direction":29},"Os bioestimulantes são uma categoria de produtos que atua nos processos fisiológicos das culturas para estimular processos naturais para aumentar ou beneficiar a absorção de nutrientes, a eficiência do uso de nutrientes, a tolerância ao estresse abiótico, protegendo a qualidade e o rendimento das culturas.",[],{"type":32,"text":2065,"spans":2066,"direction":29}," Ao ativar naturalmente a resposta genética de uma planta, somos capazes de fornecer proteção para o potencial natural da cultura. Esses produtos inovadores podem ajudar a enfrentar alguns dos maiores desafios da humanidade para que todos possamos desfrutar de um futuro mais sustentável.",[],{"type":934,"text":2068,"spans":2069,"direction":29},"Nossa tecnologia é sustentável em sua essência, ao mesmo tempo em que contribui para a agricultura regenerativa;",[2070],{"start":2071,"end":2072,"type":140},87,111,{"type":934,"text":2074,"spans":2075,"direction":29},"Apoia a agricultura inteligente para o clima;",[2076],{"start":2077,"end":1661,"type":140},8,{"type":934,"text":2079,"spans":2080,"direction":29},"As algas marinhas são um recurso regenerativo;",[2081],{"start":1846,"end":1282,"type":140},{"type":934,"text":2083,"spans":2084,"direction":29},"Nossas soluções bioestimulantes contribuem para a captura de carbono.",[2085],{"start":1515,"end":2086,"type":140},69,{"dimensions":2088,"alt":54,"copyright":54,"url":1004,"id":1005,"edit":2089},{"width":1002,"height":1003},{"x":58,"y":58,"zoom":59,"background":60},{"id":2091,"type":347,"tags":2092,"lang":19,"slug":2093,"first_publication_date":2094,"last_publication_date":2095,"uid":2093,"url":2096,"link_type":75,"key":2097,"isBroken":77},"aSiljhIAAC4A1QHv",[],"sustentabilidade","2025-12-09T18:39:41+0000","2026-03-11T23:01:32+0000","\u002Fnossa-tecnologia\u002Fsustentabilidade","8ca0e1cd-2677-42fe-b99f-250453697b12","Explore a Sustentabilidade",{"variation":37,"version":38,"items":2100,"primary":2101,"id":1017,"slice_type":1018,"slice_label":54},[],{"size":1016,"add_line":54},{"variation":37,"version":38,"items":2103,"primary":2104,"id":1103,"slice_type":1104,"slice_label":54},[],{"card":2105},[2106,2149],{"icon":2107,"title":2108,"text":2112,"cta":2137,"cta_label":2144,"background_image":2145},{},[2109],{"type":869,"text":2110,"spans":2111,"direction":29},"Agricultura Regenerativa",[],[2113,2119,2122,2125,2128,2131,2134],{"type":32,"text":2114,"spans":2115,"direction":29},"Os bioestimulantes da Acadian contribuem significativamente para a agricultura regenerativa, melhorando a dinâmica dos nutrientes, melhorando a saúde do solo, reparando a biodiversidade e promovendo um ciclo de carbono mais sustentável. Alguns dos benefícios dos bioestimulantes de algas marinhas Ascophyllum nodosum da Acadian demonstraram:",[2116],{"start":2117,"end":2118,"type":161},297,316,{"type":934,"text":2120,"spans":2121,"direction":29},"Melhorar a resistência a estresses ambientais (ou seja, seca, calor, salinidade, etc.);",[],{"type":934,"text":2123,"spans":2124,"direction":29},"Melhorar a saúde do solo através da atividade microbiana;",[],{"type":934,"text":2126,"spans":2127,"direction":29},"Aumenta a absorção de nutrientes;",[],{"type":934,"text":2129,"spans":2130,"direction":29},"Repara a biodiversidade;",[],{"type":934,"text":2132,"spans":2133,"direction":29},"Protege o rendimento e a qualidade geral das culturas;",[],{"type":934,"text":2135,"spans":2136,"direction":29},"Melhorar a capacidade fotossintética sob condições de estresse.\n\n\n",[],{"id":2138,"type":347,"tags":2139,"lang":19,"slug":1899,"first_publication_date":2140,"last_publication_date":2141,"uid":1899,"url":2142,"link_type":75,"key":2143,"isBroken":77},"aSimHhIAAC0A1QLA",[],"2025-12-09T18:39:25+0000","2026-04-27T15:45:43+0000","\u002Fnossa-tecnologia\u002Fagricultura-regenerativa","97a9bd2a-98c9-4eab-af37-4e820e5eb52d","Descubra Mais",{"dimensions":2146,"alt":2147,"copyright":54,"url":1063,"id":1064,"edit":2148},{"width":1060,"height":1061},"Agricultor usando botas de borracha caminhando sobre o solo.",{"x":58,"y":58,"zoom":59,"background":60},{"icon":2150,"title":2151,"text":2155,"cta":2177,"cta_label":2144,"background_image":2185},{},[2152],{"type":869,"text":2153,"spans":2154,"direction":29},"Agricultura Resiliente ao Clima",[],[2156,2159,2162,2165,2168,2171,2174],{"type":32,"text":2157,"spans":2158,"direction":29},"Os bioestimulantes da Acadian são ricos em substâncias bioativas que fortalecem as plantas frente aos estresses ambientais, com maior resiliência e produtividade mesmo em condições desafiadoras. São essenciais para uma agricultura adaptada ao clima e contribuem para sistemas de produção mais sustentáveis, reduzindo a pegada ambiental das práticas convencionais. 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Beneficial effects of an Ascophyllum nodosum extract on tomato (Solanum lycopersicum L.) during water 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Mitigation","dc0c5c1b-fe1f-41e8-991c-3c9a90c295ef",{"dimensions":2449,"alt":2452,"copyright":54,"url":2453,"id":2454,"edit":2455},{"width":2450,"height":2451},686,913,"A screen grab of the abstract for this article on the effect of Ascophyllum Extract application on tomato yield during water stress.","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ3368jQArT05Gq_TomatoYieldResearchTitlePage.PNG?auto=format,compress","ZzZ3368jQArT05Gq",{"x":58,"y":58,"zoom":59,"background":60},[2457],{"type":32,"text":2458,"spans":2459,"direction":29},"Abstract",[],[2461],{"type":32,"text":2462,"spans":2463,"direction":29},"Abiotic stress, especially drought, is one of the principal constraints of crop productivity and is expected to worsen with climate change in the near future. This warrants the development of new technologies to decrease the impact of drought on crop productivity. Biostimulants made from seaweed extracts are one of the relatively new biological based inputs that can help mitigate the negative effects of abiotic stress on plants by enhancing growth, development, and stress tolerance. The current study evaluated the impact of Ascophyllum nodosum extract (SWE) on tomato plants grown under different levels of water stress. Greenhouse studies were conducted to assess the effect of foliar spray (0.5%) of the extract on stomatal conductance, photosynthesis, chlorophyll content, and biomass, for plants grown at moisture levels of 100%, 50%, and 25% of field capacity. A field study was also conducted with irrigation maintained at 100% and 25% (irrigation capacity). Additionally, the expression levels of marker genes associated with drought tolerance were evaluated using qPCR studies for Metacaspase 1 (LeMCA1), Non-specific lipid-transfer protein 2 (Itpg2), Late embryogenesis abundant protein (LEA) and Delta 1-pyrroline- 5- carboxylate synthetase (P5CS) genes. Assays were also conducted on plants for osmolyte content including proline and glycine betaine. Furthermore, the activities of antioxidant defense enzymes were evaluated for superoxide dismutase (SOD), catalase (CAT), peroxidase (POX), ascorbate peroxidase (APX) and guaiacol peroxidase (GPX). The results of the greenhouse study indicated higher stomatal conductance, chlorophyll content, and Fv\u002F Fm in stressed plants that were foliar sprayed with the A. nodosum extract. Seaweed extract-treated plants under water-stress conditions also had significantly greater shoot and root dry weights compared to control plants. The relative expression levels of the marker genes were also significantly increased in SWE sprayed plants compared to control plants along with increased antioxidant enzymes activities and osmolyte contents. The field experiments revealed that seaweed extract-treated plants had significantly higher plant height and total yield under reduced irrigation compared to control plants, although both parameters remained lower than those seen under full irrigation. This study has produced encouraging findings on the application of SWE in crop systems, indicating that it may have a positive role in mitigating the effects of drought stress.",[],[2465],{"variation":2466,"version":38,"items":2467,"primary":2468,"id":2473,"slice_type":2474,"slice_label":54},"relatedLiterature",[],{"heading":54,"filter_tags":2469},{"id":2441,"type":2432,"tags":2470,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":2471,"link_type":75,"key":2472,"isBroken":77},[],{"filter_name":2446},"b681916a-5437-4f53-8dc3-729d58f34927","related_content$1b6e95b0-8a28-48a0-aa94-191de1d72cb1","related_content","Ascophyllum Extract: Boosting Plant Growth | Acadian Plant Health Study","Explore the impact of Ascophyllum extract on plant growth in our comprehensive study. Discover how this natural solution influences plant development, offering insights for enhanced agricultural practices and sustainable crop yield. Dive into our findings now!",{"dimensions":2478,"alt":54,"copyright":54,"url":2479,"id":2454,"edit":2480},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ3368jQArT05Gq_TomatoYieldResearchTitlePage.PNG?auto=format,compress&rect=0,276,686,360&w=2400&h=1260",{"x":58,"y":2481,"zoom":59,"background":60},276,{"id":2483,"uid":2484,"url":2485,"type":2398,"href":2486,"tags":2487,"first_publication_date":2488,"last_publication_date":2489,"slugs":2490,"linked_documents":2492,"lang":15,"alternate_languages":2493,"data":2496},"ZzuPLhMAACMA1hhx","alkaline-extract-of-the-seaweed-ascophyllum-nodosum","\u002Fresources\u002Facademic-literature\u002Falkaline-extract-of-the-seaweed-ascophyllum-nodosum","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuPLhMAACMA1hhx%22%29+%5D%5D",[],"2024-11-18T19:02:07+0000","2025-05-27T17:33:19+0000",[2491],"abstract-alkaline-extract-of-the-seaweed-ascophyllum-nodosum-stimulates-arbuscular-mycorrhizal-fungi-and-their-endomycorrhization-of-plant-roots",[],[2494],{"id":2495,"type":2398,"lang":22,"uid":2484},"Z0fIjhMAACIA6SbB",{"title":2497,"publish_date":2504,"media":2505,"filter_tags":2511,"image":2530,"subhead":2538,"body":2541,"slices":2547,"meta_title":2556,"meta_description":2557,"meta_image":2558},[2498],{"type":26,"text":2499,"spans":2500,"direction":29},"ABSTRACT: Alkaline extract of the seaweed Ascophyllum nodosum stimulates arbuscular mycorrhizal fungi and their endomycorrhization of plant roots",[2501],{"start":2502,"end":2503,"type":161},42,61,"2021-06-29",{"link_type":856,"key":2506,"kind":858,"id":2507,"url":2508,"name":2509,"size":2510},"d90d8a30-2a81-4d1b-8062-3e37302aa6cf","ZzZ2la8jQArT05CP","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ2la8jQArT05CP_Alkaline%2Bextract%2Bof%2Bthe%2Bseaweed%2BAscophyllum%2Bnodosum%2Bstimulates%2Barbuscular%2Bmycorrhizal%2Bfungi%2Band%2Btheir%2Bendomycorrhization%2Bof%2Bplant%2Broots.pdf","Alkaline+extract+of+the+seaweed+Ascophyllum+nodosum+stimulates+arbuscular+mycorrhizal+fungi+and+their+endomycorrhization+of+plant+roots.pdf","2711319",[2512,2521],{"tags":2513},{"id":2514,"type":2432,"tags":2515,"lang":15,"slug":2516,"first_publication_date":2517,"last_publication_date":2517,"uid":2516,"data":2518,"link_type":75,"key":2520,"isBroken":77},"ZztnXBMAACMA1dl9",[],"soil-health","2024-11-18T16:12:14+0000",{"filter_name":2519},"Soil Health","7cb48124-de29-46f4-967c-906acb7bbc34",{"tags":2522},{"id":2523,"type":2432,"tags":2524,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":2527,"link_type":75,"key":2529,"isBroken":77},"Zztn0hMAACEA1dp6",[],"root-growth","2024-11-18T16:14:11+0000",{"filter_name":2528},"Root Growth","55b6b24c-c6f3-414b-bdc6-b003a7a3b069",{"dimensions":2531,"alt":2534,"copyright":54,"url":2535,"id":2536,"edit":2537},{"width":2532,"height":2533},593,775,"Screen grab of the first page of the publication called Alkaline Extract Of The Seaweed Ascophyllum Nodosum Stimulates Arbuscular Mycorrhizal Fungi And Their Endomycorrhization Of Plant Roots","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2k68jQArT05CO_Alkaline%2BExtract.png?auto=format,compress","ZzZ2k68jQArT05CO",{"x":58,"y":58,"zoom":59,"background":60},[2539],{"type":32,"text":2458,"spans":2540,"direction":29},[],[2542],{"type":32,"text":2543,"spans":2544,"direction":29},"Ascophyllum nodosum extracts (ANE) are well-established plant biostimulants that improve stress tolerance and crop vigour, while also having been shown to stimulate soil microbes. The intersection of these two stimulatory activities, and how they combine to enhance plant health, however, remains poorly understood. In the present study, we aimed to evaluate: (1) the direct effect of ANE on the arbuscular mycorrhizal fungus Rhizophagus irregularis, and (2) whether ANE influences endomycorrhization in plants. ANE enhanced development of R. irregularis in vitro, showing greater spore germination, germ tube length, and hyphal branching. Greenhouse-grown Medicago truncatula drench-treated with ANE formed mycorrhizal associations faster (3.1-fold higher mycorrhization at week 4) and grew larger (29% greater leaf area by week 8) than control plants. Foliar applications of ANE also increased root colonization and arbuscular maturity, but did not appear to enhance plant growth. Nonetheless, following either foliar or drench application, M. truncatula genes associated with establishment of mycorrhizae were expressed at significantly higher levels compared to controls. These results suggest that ANE enhances mycorrhization through both direct stimulation of arbuscular mycorrhizal fungus growth and through stimulation of the plant’s accommodation of the symbiont, together promoting the establishment of this agriculturally vital plant–microbe symbiosis.",[2545],{"start":58,"end":2546,"type":161},19,[2548],{"variation":2466,"version":38,"items":2549,"primary":2550,"id":2555,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":2551},{"id":2523,"type":2432,"tags":2552,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":2553,"link_type":75,"key":2554,"isBroken":77},[],{"filter_name":2528},"ba3d8c79-aa15-4cae-8c11-181f6a41c104","related_content$5eb0f18c-5d27-4be7-b32e-265b6b70a491","Unlocking Potential: Alkaline Extract of Ascophyllum Seaweed | Acadian Plant Health","Explore the abstract on the potent alkaline extract derived from Ascophyllum seaweed. Discover its diverse applications in plant health enhancement, offering promising avenues for sustainable agriculture. Delve into the insights and possibilities today!",{"dimensions":2559,"alt":2534,"copyright":54,"url":2560,"id":2536,"edit":2561},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2k68jQArT05CO_Alkaline%2BExtract.png?auto=format,compress&rect=0,232,593,311&w=2400&h=1260",{"x":58,"y":2562,"zoom":59,"background":60},232,{"id":2564,"uid":2565,"url":2566,"type":2398,"href":2567,"tags":2568,"first_publication_date":2569,"last_publication_date":2569,"slugs":2570,"linked_documents":2572,"lang":15,"alternate_languages":2573,"data":2576},"ZzuevRMAACEA1i-z","biomass-and-height-of-ascophyllum-nodosum","\u002Fresources\u002Facademic-literature\u002Fbiomass-and-height-of-ascophyllum-nodosum","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuevRMAACEA1i-z%22%29+%5D%5D",[],"2024-11-18T20:09:10+0000",[2571],"abstract-biomass-and-height-of-ascophyllum-nodosum-after-two-decades-of-continuous-commercial-harvesting-in-eastern-canada.",[],[2574],{"id":2575,"type":2398,"lang":22,"uid":2565},"Z0fHyhMAACEA6SVv",{"title":2577,"publish_date":2582,"media":2583,"filter_tags":2589,"image":2599,"subhead":2607,"body":2610,"slices":2636,"meta_title":2642,"meta_description":2643,"meta_image":2644},[2578],{"type":26,"text":2579,"spans":2580,"direction":29},"ABSTRACT: Biomass and height of Ascophyllum nodosum after two decades of continuous commercial harvesting in eastern Canada.",[2581],{"start":1281,"end":1509,"type":161},"2021-03-08",{"link_type":856,"key":2584,"kind":858,"id":2585,"url":2586,"name":2587,"size":2588},"6b555800-eecd-4d26-8374-446ee3cc1de8","ZzZ2ja8jQArT05CJ","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ2ja8jQArT05CJ_ABSTRACT-%2BBiomass%2BAnd%2BHeight%2BOf%2BAscophyllum%2BNodosum%2BAfter%2BTwo%2BDecades%2BOf%2BContinuous%2BCommercial%2BHarvesting%2BIn%2BEastern%2BCanada.pdf","ABSTRACT-+Biomass+And+Height+Of+Ascophyllum+Nodosum+After+Two+Decades+Of+Continuous+Commercial+Harvesting+In+Eastern+Canada.pdf","2331044",[2590],{"tags":2591},{"id":2592,"type":2432,"tags":2593,"lang":15,"slug":2594,"first_publication_date":2595,"last_publication_date":2595,"uid":2594,"data":2596,"link_type":75,"key":2598,"isBroken":77},"ZztoRRMAACQA1dtO",[],"marine-ecosystem","2024-11-18T16:16:06+0000",{"filter_name":2597},"Marine Ecosystem","981f3610-e1c6-4e04-a913-0bd2d8143508",{"dimensions":2600,"alt":2603,"copyright":54,"url":2604,"id":2605,"edit":2606},{"width":2601,"height":2602},226,300,"A screen grab of the first page of the academic publication on Biomass And Height Of Ascophyllum Nodosum","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2jq8jQArT05CK_ABSTRACT-%2BBiomass%2BAnd%2BHeight%2BOf%2BAscophyllum%2BNodosum%2BAfter%2BTwo%2BDecades%2BOf%2BContinuous%2BCommercial%2BHarvesting%2BIn%2BEastern%2BCanada.png?auto=format,compress","ZzZ2jq8jQArT05CK",{"x":58,"y":58,"zoom":59,"background":60},[2608],{"type":32,"text":2458,"spans":2609,"direction":29},[],[2611],{"type":32,"text":2612,"spans":2613,"direction":29},"With the increasing demand for seaweed resources worldwide, management must ensure that the harvest of wild seaweed stocks is sustainable. We evaluate the impact of over 25 years of commercial harvesting of Ascophyllum nodosum in eastern Canada by comparing the biomass and height of the seaweed in the late 1990s to the late 2010s over a broad spatial scale spanning the provinces of Nova Scotia and New Brunswick. There has been no significant decrease in the biomass of A. nodosum in either province, and biomass has increased in some regions of New Brunswick during that period. The average height of A. nodosum has decreased by 7.8 cm in Nova Scotia while it increased by 13.8 cm in New Brunswick. Biomass of A. nodosum in unharvested sectors was 7% higher than that in harvested sectors while height of A. nodosum in unharvested sectors in New Brunswick is similar to the values observed in harvested sectors. Over the same period, water temperature has increased in both provinces and, in recent years, has at times exceeded the optimal growing temperature for A. nodosum within bays in Nova Scotia. We conclude that the current management and harvest of A. nodosum in eastern Canada are sustainable and maintain the biomass and height of A. nodosum beds but that control sites are necessary to offer adequate comparisons as environmental conditions are changing.",[2614,2615,2618,2621,2624,2627,2630,2633],{"start":1618,"end":2601,"type":161},{"start":2616,"end":2617,"type":161},472,483,{"start":2619,"end":2620,"type":161},605,615,{"start":2622,"end":2623,"type":161},714,724,{"start":2625,"end":2626,"type":161},809,819,{"start":2628,"end":2629,"type":161},1068,1078,{"start":2631,"end":2632,"type":161},1162,1172,{"start":2634,"end":2635,"type":161},1246,1256,[2637],{"variation":2466,"version":38,"items":2638,"primary":2639,"id":2641,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":2640},{"link_type":75},"related_content$2ebc1ccb-6d28-4fd3-a8bf-a70888b60c79","Ascophyllum Nodosum's Growth Potential: Biomass and Height Insights | Acadian Plant Health","Explore the abstract shedding light on Ascophyllum nodosum's biomass and height characteristics. Uncover valuable insights into the growth patterns of this seaweed, offering possibilities for enhanced plant health and sustainable agricultural practices. Delve into our research findings now!",{"dimensions":2645,"alt":54,"copyright":54,"url":2646,"id":2605,"edit":2647},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2jq8jQArT05CK_ABSTRACT-%2BBiomass%2BAnd%2BHeight%2BOf%2BAscophyllum%2BNodosum%2BAfter%2BTwo%2BDecades%2BOf%2BContinuous%2BCommercial%2BHarvesting%2BIn%2BEastern%2BCanada.png?auto=format,compress&rect=0,91,226,119&w=2400&h=1260",{"x":58,"y":2648,"zoom":59,"background":60},91,{"id":2650,"uid":2651,"url":2652,"type":2398,"href":2653,"tags":2654,"first_publication_date":2655,"last_publication_date":2655,"slugs":2656,"linked_documents":2658,"lang":15,"alternate_languages":2659,"data":2662},"ZzubeBMAACIA1irg","metabolic-and-transcriptional-changes","\u002Fresources\u002Facademic-literature\u002Fmetabolic-and-transcriptional-changes","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzubeBMAACIA1irg%22%29+%5D%5D",[],"2024-11-18T19:54:34+0000",[2657],"abstract-metabolic-and-transcriptional-changes-associated-with-the-use-of-ascophyllum-nodosum-extracts-as-tools-to-improve-the-quality-of-wine-grapes-vitis-vinifera-cv.-sangiovese-and-their-tolerance-to-biotic-stress",[],[2660],{"id":2661,"type":2398,"lang":22,"uid":2651},"Z0fHlBMAACQA6SUU",{"title":2663,"publish_date":2669,"media":2670,"filter_tags":2676,"image":2691,"subhead":2698,"body":2701,"slices":2721,"meta_title":2730,"meta_description":2731,"meta_image":2732},[2664],{"type":26,"text":2665,"spans":2666,"direction":29},"ABSTRACT: Metabolic and transcriptional changes associated with the use of Ascophyllum nodosum extracts as tools to improve the quality of wine grapes (Vitis vinifera cv. Sangiovese) and their tolerance to biotic stress",[2667],{"start":2668,"end":2420,"type":161},75,"2019-08-06",{"link_type":856,"key":2671,"kind":858,"id":2672,"url":2673,"name":2674,"size":2675},"8c65d585-cfdf-472c-9625-746baeef1362","ZzZ24a8jQArT05DC","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ24a8jQArT05DC_Transcriptional%2BAnd%2BMetabolomic%2BAnalysis%2BOf%2BAscophyllum%2BNodosum%2BMediated%2BFreezing%2BTolerance%2BIn%2BArabidopsis%2BThaliana.pdf","Transcriptional+And+Metabolomic+Analysis+Of+Ascophyllum+Nodosum+Mediated+Freezing+Tolerance+In+Arabidopsis+Thaliana.pdf","4402769",[2677,2682],{"tags":2678},{"id":2441,"type":2432,"tags":2679,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":2680,"link_type":75,"key":2681,"isBroken":77},[],{"filter_name":2446},"bceee589-5c47-4ce5-b3b3-0ffc718bc7d1",{"tags":2683},{"id":2684,"type":2432,"tags":2685,"lang":15,"slug":2686,"first_publication_date":2687,"last_publication_date":2687,"uid":2686,"data":2688,"link_type":75,"key":2690,"isBroken":77},"ZztoaRMAACQA1due",[],"crop-quality","2024-11-18T16:16:43+0000",{"filter_name":2689},"Crop Quality","92671c52-5267-4e55-b193-228dd00db2c5",{"dimensions":2692,"alt":2694,"copyright":54,"url":2695,"id":2696,"edit":2697},{"width":2693,"height":2602},231,"A screen grab of the first page of the academic publication on Metabolic And Transcriptional Changes Associated With The Use Of Ascophyllum Nodosum Extracts","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ24q8jQArT05DD_Transcriptional%2BAnd%2BMetabolomic%2BAnalysis%2BOf%2BAscophyllum%2BNodosum%2BMediated%2BFreezing%2BTolerance%2BIn%2BArabidopsis%2BThaliana.png?auto=format,compress","ZzZ24q8jQArT05DD",{"x":58,"y":58,"zoom":59,"background":60},[2699],{"type":32,"text":2458,"spans":2700,"direction":29},[],[2702,2710,2714],{"type":32,"text":2703,"spans":2704,"direction":29},"BACKGROUND: Recent studies report that Ascophyllum nodosum extracts, once applied on the canopy of different crops, deliver positive effects, increasing yield, inducing tolerance to biotic stress, and improving the quality of products. However, the mechanisms of action are still unclear. In this research, vines subjected to multiple foliar applications of an A. nodosum extract (ANE) at label doses were compared with untreated vines (NTV) in accordance with a comparative approach. The investigation coupled a field experiment with a second trial conducted under semi-controlled conditions, to clarify the mechanisms of action involved.",[2705,2706,2707],{"start":58,"end":1508,"type":140},{"start":1802,"end":1669,"type":161},{"start":2708,"end":2709,"type":161},359,369,{"type":32,"text":2711,"spans":2712,"direction":29},"RESULTS: The biostimulant did not affect soluble solids or the acidity of grapes; instead, it improved their anthocyanin and phenolic concentrations and the respective profiles. At the time of harvest, anthocyanin, and phenolic concentration were increased by 10.4% and 14.5%, respectively, when compared to the NTV. These effects correlated with a specific modulation of genes involved in the flavonoid metabolic pathways. Moreover, grapes from ANE vines witnessed a significant reduction in the spreading of gray mold when they were either assessed in field conditions or in vitro, compared to the grapes of NTV vines. This was related to a significant upregulation of the defense-related genes of the plant.",[2713],{"start":58,"end":987,"type":140},{"type":32,"text":2715,"spans":2716,"direction":29},"CONCLUSIONS: Overall, the results showed that A. nodosum extracts can be valuable tools in viticulture considering the emergence of challenging environmental conditions; hence, the regulation of specific metabolic pathways is the mechanism of action that leads to an increased tolerance of biotic stress and of changes in the content of grape metabolites.\n © 2019 Society of Chemical Industry",[2717,2719],{"start":58,"end":2718,"type":140},13,{"start":1282,"end":2720,"type":161},56,[2722],{"variation":2466,"version":38,"items":2723,"primary":2724,"id":2729,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":2725},{"id":2441,"type":2432,"tags":2726,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":2727,"link_type":75,"key":2728,"isBroken":77},[],{"filter_name":2446},"c7e50710-2895-44f8-945f-9b449d91a84a","related_content$a9cef5d6-9f8d-4a5e-9686-24ae5aa9716c","Unveiling Changes with Ascophyllum Nodosum Extracts | Acadian Plant Health","Explore the dynamics and changes associated with the use of Ascophyllum nodosum extracts as effective tools. Delve into our research insights, uncovering the transformative potential for plant health and sustainable agricultural practices. Discover more about our findings today!",{"dimensions":2733,"alt":54,"copyright":54,"url":2734,"id":2696,"edit":2735},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ24q8jQArT05DD_Transcriptional%2BAnd%2BMetabolomic%2BAnalysis%2BOf%2BAscophyllum%2BNodosum%2BMediated%2BFreezing%2BTolerance%2BIn%2BArabidopsis%2BThaliana.png?auto=format,compress&rect=0,89,231,121&w=2400&h=1260",{"x":58,"y":2736,"zoom":59,"background":60},89,{"id":2738,"uid":2739,"url":2740,"type":2398,"href":2741,"tags":2742,"first_publication_date":2743,"last_publication_date":2744,"slugs":2745,"linked_documents":2747,"lang":15,"alternate_languages":2748,"data":2751},"ZzuOBhMAACEA1ha3","commercial-seaweed-extract-structured-microbial","\u002Fresources\u002Facademic-literature\u002Fcommercial-seaweed-extract-structured-microbial","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuOBhMAACEA1ha3%22%29+%5D%5D",[],"2024-11-18T18:57:14+0000","2024-11-18T21:56:30+0000",[2746],"abstract-a-commercial-seaweed-extract-structured-microbial-communities-associated-with-tomato-and-pepper-roots-and-significantly-increased-crop-yield",[],[2749],{"id":2750,"type":2398,"lang":22,"uid":2739},"Z0fIfBMAACEA6Sah",{"title":2752,"publish_date":2756,"media":2757,"filter_tags":2763,"image":2774,"subhead":2781,"body":2784,"slices":2790,"meta_title":2799,"meta_description":2800,"meta_image":2801},[2753],{"type":26,"text":2754,"spans":2755,"direction":29},"ABSTRACT: A commercial seaweed extract structured microbial communities associated with tomato and pepper roots and significantly increased crop yield",[],"2019-07-26",{"link_type":856,"key":2758,"kind":858,"id":2759,"url":2760,"name":2761,"size":2762},"b2cc276f-f597-4521-af44-5bdcef3df2e1","ZzZ2ia8jQArT05CE","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ2ia8jQArT05CE_A%2BCommercial%2BSeaweed%2BExtract%2BStructured%2BMicrobial%2BCommunities%2BAssociated%2BWith%2BTomato%2BAnd%2BPepper%2BRoots%2BAnd%2BSigni%EF%AC%81cantly%2BIncreased%2BCrop%2BYield.pdf","A+Commercial+Seaweed+Extract+Structured+Microbial+Communities+Associated+With+Tomato+And+Pepper+Roots+And+Significantly+Increased+Crop+Yield.pdf","540527",[2764,2769],{"tags":2765},{"id":2431,"type":2432,"tags":2766,"lang":15,"slug":2434,"first_publication_date":2435,"last_publication_date":2435,"uid":2434,"data":2767,"link_type":75,"key":2768,"isBroken":77},[],{"filter_name":2437},"b59cee4d-34c4-42eb-83a9-2e6839967f99",{"tags":2770},{"id":2523,"type":2432,"tags":2771,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":2772,"link_type":75,"key":2773,"isBroken":77},[],{"filter_name":2528},"4933fe23-b6c4-41c8-a6c1-59214a5c377e",{"dimensions":2775,"alt":2777,"copyright":54,"url":2778,"id":2779,"edit":2780},{"width":2776,"height":2602},227,"A screen grab of the first page of the academic publication for A Commercial Seaweed Extract Structured Microbial Communities Associated With Tomato And Pepper Roots ","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2iq8jQArT05CF_A%2BCommercial%2BSeaweed%2BExtract%2BStructured%2BMicrobial%2BCommunities%2BAssociated%2BWith%2BTomato%2BAnd%2BPepper%2BRoots%2BAnd%2BSigni%EF%AC%81cantly%2BIncreased%2BCrop%2BYield.png?auto=format,compress","ZzZ2iq8jQArT05CF",{"x":58,"y":58,"zoom":59,"background":60},[2782],{"type":32,"text":2458,"spans":2783,"direction":29},[],[2785],{"type":32,"text":2786,"spans":2787,"direction":29},"Seaweeds have been used as a source of natural fer-tilizer and biostimulant in agriculture for centuries. However, their effects on soil and crop root micro-biota remain unclear. Here, we used a commercially available Ascophyllum nodosum extract (ANE) to test its effect on bacterial and fungal communities of rhizospheric soils and roots of pepper and tomato plants in greenhouse trials. Two independent trials were conducted in a split-block design. We used amplicon sequencing targeting fungal ITS and bacterial 16S rRNA gene to determine microbial community structure changes. We find that productivity parameters of root, shoot and fruit biomass were positively and significantly influenced by the ANE amendment. In addition, a-diversity differed signifi-cantly between amended and control plants, but only in some of the experimental conditions. Species composition among sites (b-diversity) differed according to the amendment treatment in all four communities (fungal-root, fungal-soil, bacterial-root and bacterial-soil). Finally, we identified a number of candidate taxa most strongly correlated with crop yield increases. Further studies on isolation and characterization of these microbial taxa linked to the application of liquid seaweed extract may help to enhance crop yield in sustainable agro-ecosystems.",[2788],{"start":2789,"end":1033,"type":161},218,[2791],{"variation":2466,"version":38,"items":2792,"primary":2793,"id":2798,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":2794},{"id":2523,"type":2432,"tags":2795,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":2796,"link_type":75,"key":2797,"isBroken":77},[],{"filter_name":2528},"95bdc0f2-3b67-4e98-92f7-7242453fed3d","related_content$6e6d8775-98ef-454d-9cc5-8a68e2df5f77","Synergy in Plant Health: Seaweed Extract and Microbial Communities | Acadian Plant Health","Explore the abstract on the interaction between commercial seaweed extract and structured microbial communities. Unveil the collaborative potential that enhances plant health, offering promising insights for sustainable agriculture. Dive into the innovative possibilities today!",{"dimensions":2802,"alt":2777,"copyright":54,"url":2803,"id":2779,"edit":2804},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2iq8jQArT05CF_A%2BCommercial%2BSeaweed%2BExtract%2BStructured%2BMicrobial%2BCommunities%2BAssociated%2BWith%2BTomato%2BAnd%2BPepper%2BRoots%2BAnd%2BSigni%EF%AC%81cantly%2BIncreased%2BCrop%2BYield.png?auto=format,compress&rect=0,90,227,119&w=2400&h=1260",{"x":58,"y":2805,"zoom":59,"background":60},90,{"id":2807,"uid":2808,"url":2809,"type":2398,"href":2810,"tags":2811,"first_publication_date":2812,"last_publication_date":2812,"slugs":2813,"linked_documents":2815,"lang":15,"alternate_languages":2816,"data":2819},"ZzufRBMAACQA1jCI","effects-of-a-biostimulant","\u002Fresources\u002Facademic-literature\u002Feffects-of-a-biostimulant","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzufRBMAACQA1jCI%22%29+%5D%5D",[],"2024-11-18T20:10:48+0000",[2814],"abstract-effects-of-a-biostimulant-derived-from-the-brown-seaweed-ascophyllum-nodosum-on-ripening-dynamics-and-fruit-quality-of-grapevines",[],[2817],{"id":2818,"type":2398,"lang":22,"uid":2808},"Z0fH2xMAACMA6SWO",{"title":2820,"publish_date":2826,"media":2827,"filter_tags":2833,"image":2839,"subhead":2845,"body":2848,"slices":2857,"meta_title":2866,"meta_description":2867,"meta_image":2868},[2821],{"type":26,"text":2822,"spans":2823,"direction":29},"ABSTRACT: Effects of a biostimulant derived from the brown seaweed Ascophyllum nodosum on ripening dynamics and fruit quality of grapevines",[2824],{"start":1675,"end":2825,"type":161},86,"2017-12-22",{"link_type":856,"key":2828,"kind":858,"id":2829,"url":2830,"name":2831,"size":2832},"5b34cf79-66a2-44f6-9872-b3138eee7497","ZzZ2xa8jQArT05Cl","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ2xa8jQArT05Cl_ABSTRACT-%2BE%EF%AC%80ects%2BOf%2BA%2BBiostimulant%2BDerived%2BFrom%2BThe%2BBrown%2BSeaweed%2BAscophyllum%2BNodosum%2BOn%2BRipening%2BDynamics%2BAnd%2BFruit%2BQuality%2BOf%2BGrapevines.pdf","ABSTRACT-+Effects+Of+A+Biostimulant+Derived+From+The+Brown+Seaweed+Ascophyllum+Nodosum+On+Ripening+Dynamics+And+Fruit+Quality+Of+Grapevines.pdf","744809",[2834],{"tags":2835},{"id":2684,"type":2432,"tags":2836,"lang":15,"slug":2686,"first_publication_date":2687,"last_publication_date":2687,"uid":2686,"data":2837,"link_type":75,"key":2838,"isBroken":77},[],{"filter_name":2689},"1d00aed9-a2d2-40ea-9c7e-ffafa36e6b22",{"dimensions":2840,"alt":54,"copyright":54,"url":2842,"id":2843,"edit":2844},{"width":2841,"height":2602},224,"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2xq8jQArT05Cm_ABSTRACT-%2BE%EF%AC%80ects%2BOf%2BA%2BBiostimulant%2BDerived%2BFrom%2BThe%2BBrown%2BSeaweed%2BAscophyllum%2BNodosum%2BOn%2BRipening%2BDynamics%2BAnd%2BFruit%2BQuality%2BOf%2BGrapevines.png?auto=format,compress","ZzZ2xq8jQArT05Cm",{"x":58,"y":58,"zoom":59,"background":60},[2846],{"type":32,"text":2458,"spans":2847,"direction":29},[],[2849],{"type":32,"text":2850,"spans":2851,"direction":29},"Most modern and traditional grape-growing regions are facing challenging times due to the unpredictability of weather conditions and warming trends. Innovative and sustainable tools such as seaweed-based biostimulants may play a key-role in the development of environment-friendly viticultural strategies to improve yields, biotic\u002Fabiotic stress tolerance and fruit and wine quality. A sprayable Ascophyllum nodosum extract was tested on grapevines cv. Sangiovese grown under Mediterranean conditions (central Italy) and on grapevines cv. Pinot Noir and Cabernet Franc within a cool-climate viticulture region (Michigan, USA). The product was sprayed on the canopies at label doses (1.5 kg\u002Fha) five times during the season, starting two weeks before veraison. The seaweed extract did not affect leaf gas exchanges, yield or cluster and berry size, but hastened veraison, im-proved anthocyanins accumulation in all cultivars and increased phenolic content particularly in Sangiovese. Therefore, medium-late application of the seaweed extract can be a simple way to favour chromatic and che-mical proprieties of grapes and wines. This is the first report of positive effects of Ascophyllum nodosum extracts on the quality of cultivated wine grapes. The adoption of the technique can be particularly suitable to cool-climate viticulture, especially as it pertains to short growing seasons and genotypes with a limited phenolic profile.",[2852,2855],{"start":2853,"end":2854,"type":161},396,415,{"start":2632,"end":2856,"type":161},1191,[2858],{"variation":2466,"version":38,"items":2859,"primary":2860,"id":2865,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":2861},{"id":2684,"type":2432,"tags":2862,"lang":15,"slug":2686,"first_publication_date":2687,"last_publication_date":2687,"uid":2686,"data":2863,"link_type":75,"key":2864,"isBroken":77},[],{"filter_name":2689},"e4e15e1a-0dbb-47ec-a41e-fd85f1cb5fc0","related_content$2affb866-7b27-4d28-83d3-0f11f5f2ecba","Biostimulant from Brown Seaweed: Unveiling Transformative Effects | Acadian Plant Health","Explore the abstract revealing the transformative effects of a biostimulant derived from brown seaweed. Discover its potential applications in bolstering plant health, offering promising avenues for sustainable agricultural practices. Dive into our research insights today!",{"dimensions":2869,"alt":54,"copyright":54,"url":2870,"id":2843,"edit":2871},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2xq8jQArT05Cm_ABSTRACT-%2BE%EF%AC%80ects%2BOf%2BA%2BBiostimulant%2BDerived%2BFrom%2BThe%2BBrown%2BSeaweed%2BAscophyllum%2BNodosum%2BOn%2BRipening%2BDynamics%2BAnd%2BFruit%2BQuality%2BOf%2BGrapevines.png?auto=format,compress&rect=0,91,224,118&w=2400&h=1260",{"x":58,"y":2648,"zoom":59,"background":60},{"id":2873,"uid":2874,"url":2875,"type":2398,"href":2876,"tags":2877,"first_publication_date":2878,"last_publication_date":2879,"slugs":2880,"linked_documents":2882,"lang":15,"alternate_languages":2883,"data":2886},"ZzuYxBMAACIA1ibT","thermal-imaging-of-soybean","\u002Fresources\u002Facademic-literature\u002Fthermal-imaging-of-soybean","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuYxBMAACIA1ibT%22%29+%5D%5D",[],"2024-11-18T19:43:02+0000","2024-11-18T21:59:26+0000",[2881],"abstract-thermal-imaging-of-soybean-response-to-drought-stress-the-effect-of-ascophyllum-nodosum-seaweed-extract",[],[2884],{"id":2885,"type":2398,"lang":22,"uid":2874},"Z0fIrhMAACEA6Sb5",{"title":2887,"publish_date":2893,"media":2894,"filter_tags":2900,"image":2910,"subhead":2917,"body":2920,"slices":2927,"meta_title":2933,"meta_description":2934,"meta_image":2935},[2888],{"type":26,"text":2889,"spans":2890,"direction":29},"ABSTRACT: Thermal imaging of soybean response to drought stress: the effect of Ascophyllum nodosum seaweed extract",[2891],{"start":1646,"end":2892,"type":161},98,"2016-08-22",{"link_type":856,"key":2895,"kind":858,"id":2896,"url":2897,"name":2898,"size":2899},"227a2ec8-a12b-4cd0-ade2-4147c1aac96b","ZzZ2kq8jQArT05CN","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ2kq8jQArT05CN_ABSTRACT-%2BThermal%2BImaging%2BOf%2BSoybean%2BResponse%2BTo%2BDrought%2BStress-%2BThe%2BEffect%2BOf%2BAscophyllum%2BNodosum%2BSeaweed%2BExtract.pdf","ABSTRACT-+Thermal+Imaging+Of+Soybean+Response+To+Drought+Stress-+The+Effect+Of+Ascophyllum+Nodosum+Seaweed+Extract.pdf","1838098",[2901],{"tags":2902},{"id":2903,"type":2432,"tags":2904,"lang":15,"slug":2905,"first_publication_date":2906,"last_publication_date":2906,"uid":2905,"data":2907,"link_type":75,"key":2909,"isBroken":77},"ZztoBhMAACEA1drf",[],"post-harvest","2024-11-18T16:15:04+0000",{"filter_name":2908},"Post Harvest","ec77f5f6-6511-46bd-b206-c293475f2eda",{"dimensions":2911,"alt":54,"copyright":54,"url":2914,"id":2915,"edit":2916},{"width":2912,"height":2913},848,1128,"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ24K8jQArT05DB_Thermal%2BImaging%2BOf%2BSoybean%2BResponse%2BTo%2BDrought%2BStress.png?auto=format,compress","ZzZ24K8jQArT05DB",{"x":58,"y":58,"zoom":59,"background":60},[2918],{"type":32,"text":2458,"spans":2919,"direction":29},[],[2921],{"type":32,"text":2922,"spans":2923,"direction":29},"Previous experiments have demonstrated positive effect of Acadian® extract of Ascophyllum nodosum on plant stress-resistance, however the mode of action is not fully understood. The aim of this study was to understand the physiological effect of Acadian® seaweed extract on the plant response to drought stress. Leaf temperature and leaf angle were measured as early-stage indicators of plant stress with thermal imaging “in situ” over a 5-day stress-recovery trial. The early stress-response of control became visible on the third day as a rapid wilting of leaves, accompanied with the asymptotic increase of leaf temperature on 4–5 °C to the thermal equilibrium with ambient air temperature. At the same time Acadian® treated plants still maintained turgor, accompanied with the linear increase in leaf temperature, which indicated better control of stomatal closure. Re-watering on the fifth day showed better survival of treated plants compared to control. This study demonstrated the ability of Acadian® seaweed extract to improve resistance of soybean plants to water stress.",[2924],{"start":2925,"end":2926,"type":161},78,97,[2928],{"variation":2466,"version":38,"items":2929,"primary":2930,"id":2932,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":2931},{"link_type":75},"related_content$5f6d14ba-170c-4211-bfaf-bd152e425f66","Revealing Soybean Resilience: Thermal Imaging and Drought Response | Acadian Plant Health","Explore our study using thermal imaging to unveil soybean responses to drought stress. Discover how this innovative approach sheds light on plant resilience, providing valuable insights for sustainable agriculture and proactive crop management. Dive into our research findings now!",{"dimensions":2936,"alt":2937,"copyright":54,"url":2938,"id":2939,"edit":2940},{"width":83,"height":84},"Screen grab of the first page of the publication titled Thermal Imaging Of Soybean Response To Drought Stress: ","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2wK8jQArT05Cg_Thermal%2BImaging.png?auto=format,compress&rect=0,91,224,118&w=2400&h=1260","ZzZ2wK8jQArT05Cg",{"x":58,"y":2648,"zoom":59,"background":60},{"id":2942,"uid":2943,"url":2944,"type":2398,"href":2945,"tags":2946,"first_publication_date":2947,"last_publication_date":2948,"slugs":2949,"linked_documents":2951,"lang":15,"alternate_languages":2952,"data":2955},"ZzuaEhMAACIA1ii5","pre-harvest-treatment-of-spinach","\u002Fresources\u002Facademic-literature\u002Fpre-harvest-treatment-of-spinach","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuaEhMAACIA1ii5%22%29+%5D%5D",[],"2024-11-18T19:48:35+0000","2024-11-18T22:00:47+0000",[2950],"abstract-pre-harvest-treatment-of-spinach-with-ascophyllum-nodosum-extract-improves-post-harvest-storage-and-quality",[],[2953],{"id":2954,"type":2398,"lang":22,"uid":2943},"Z0fIzxMAACEA6Scx",{"title":2956,"publish_date":2962,"media":2963,"filter_tags":2969,"image":2984,"subhead":2992,"body":2995,"slices":3002,"meta_title":3011,"meta_description":3012,"meta_image":3013},[2957],{"type":26,"text":2958,"spans":2959,"direction":29},"ABSTRACT: Pre-harvest treatment of spinach with Ascophyllum nodosum extract improves post-harvest storage and quality",[2960],{"start":2961,"end":1675,"type":161},48,"2014-02-18",{"link_type":856,"key":2964,"kind":858,"id":2965,"url":2966,"name":2967,"size":2968},"34ed5189-f302-4eb5-8885-f933bf6156af","ZzZ22K8jQArT05C5","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ22K8jQArT05C5_Pre-Harvest%2BTreatment%2BOf%2BSpinach%2BWith%2BAscophyllum%2BNodosum%2BExtract%2BImproves%2BPost-Harvest%2BStorage%2BAnd%2BQuality.pdf","Pre-Harvest+Treatment+Of+Spinach+With+Ascophyllum+Nodosum+Extract+Improves+Post-Harvest+Storage+And+Quality.pdf","380219",[2970,2979],{"tags":2971},{"id":2972,"type":2432,"tags":2973,"lang":15,"slug":2974,"first_publication_date":2975,"last_publication_date":2975,"uid":2974,"data":2976,"link_type":75,"key":2978,"isBroken":77},"ZztnuRMAACMA1do_",[],"shelf-life","2024-11-18T16:13:46+0000",{"filter_name":2977},"Shelf Life","10721b48-6c77-4485-9825-bbbbd967c822",{"tags":2980},{"id":2684,"type":2432,"tags":2981,"lang":15,"slug":2686,"first_publication_date":2687,"last_publication_date":2687,"uid":2686,"data":2982,"link_type":75,"key":2983,"isBroken":77},[],{"filter_name":2689},"12b4490d-5c38-49b0-ba93-32bf1bf46565",{"dimensions":2985,"alt":2988,"copyright":54,"url":2989,"id":2990,"edit":2991},{"width":2986,"height":2987},745,991,"A screen grab of the first page of the academic publication on Pre-Harvest Treatment Of Spinach With Ascophyllum Nodosum Extract ","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ22a8jQArT05C6_Pre-Harvest%2BTreatment%2BOf%2BSpinach%2BWith%2BAscophyllum%2BNodosum%2BExtract%2BImproves%2BPost-Harvest%2BStorage%2BAnd%2BQuality.png?auto=format,compress","ZzZ22a8jQArT05C6",{"x":58,"y":58,"zoom":59,"background":60},[2993],{"type":32,"text":2458,"spans":2994,"direction":29},[],[2996],{"type":32,"text":2997,"spans":2998,"direction":29},"Fresh spinach (Spinacia oleracea L.) leaves contain high concentrations of beneficial phytochemicals. How-ever, spinach does not store well and is highly perishable especially during handling and post-harvest storage. In this study, we investigated the effect of pre-harvest root-treatment of spinach with Ascophyllum nodosum extract (ANE) at different concentrations (0, 0.1, 1.0, or 5.0 g L−1) on post-harvest quality of fresh-cut spinach over a 35-day storage period. At the time of harvest there was no significant differ-ence in dry weight, chlorophyll, ascorbate and lipid peroxidation between ANE-treated and non-treated plants. However, the loss in fresh weight and visual quality (color and turgor) of spinach leaves during storage was reduced by pre-harvest application of ANE. Lipid peroxidation was significantly reduced in ANE-treated leaves. The total chlorophyll content and ascorbate content in the control and treated leaves was however identical over the storage period and decreased at a similar rate. A negative correlation was observed between visual quality and lipid peroxidation. The results show that pre-harvest ANE applica-tion through root drench, especially at 1.0 g L−1, enhanced post-harvest storage quality of spinach leaves.",[2999],{"start":3000,"end":3001,"type":161},305,324,[3003],{"variation":2466,"version":38,"items":3004,"primary":3005,"id":3010,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3006},{"id":2684,"type":2432,"tags":3007,"lang":15,"slug":2686,"first_publication_date":2687,"last_publication_date":2687,"uid":2686,"data":3008,"link_type":75,"key":3009,"isBroken":77},[],{"filter_name":2689},"b8698efb-e872-447d-85df-3eb27d3af251","related_content$33ed5f40-f830-44fa-8296-9735002f462a","Optimizing Spinach Yield: Pre-Harvest Treatment with Ascophyllum Nodosum | Acadian Plant Health","Explore the advantages of pre-harvest treatment using Ascophyllum nodosum for spinach. Discover how this approach enhances yield and quality, offering valuable insights for sustainable farming practices. Uncover our research findings today!",{"dimensions":3014,"alt":2988,"copyright":54,"url":3015,"id":2990,"edit":3016},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ22a8jQArT05C6_Pre-Harvest%2BTreatment%2BOf%2BSpinach%2BWith%2BAscophyllum%2BNodosum%2BExtract%2BImproves%2BPost-Harvest%2BStorage%2BAnd%2BQuality.png?auto=format,compress&rect=0,300,745,391&w=2400&h=1260",{"x":58,"y":2602,"zoom":59,"background":60},{"id":3018,"uid":3019,"url":3020,"type":2398,"href":3021,"tags":3022,"first_publication_date":3023,"last_publication_date":3024,"slugs":3025,"linked_documents":3027,"lang":15,"alternate_languages":3028,"data":3031},"ZzuKJRMAACEA1hDj","ascophyllum-extract-application","\u002Fresources\u002Facademic-literature\u002Fascophyllum-extract-application","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuKJRMAACEA1hDj%22%29+%5D%5D",[],"2024-11-18T18:40:39+0000","2024-11-18T21:51:37+0000",[3026],"abstract-ascophyllum-extract-application-can-promote-plant-growth-and-root-yield-in-carrot-associated-with-increased-root-zone-soil-microbial-activity",[],[3029],{"id":3030,"type":2398,"lang":22,"uid":3019},"Z0fIJxMAACEA6SYQ",{"title":3032,"publish_date":3039,"media":3040,"filter_tags":3046,"image":3057,"subhead":3062,"body":3065,"slices":3079,"meta_title":3088,"meta_description":3089,"meta_image":3090},[3033],{"type":26,"text":3034,"spans":3035,"direction":29},"ABSTRACT: Ascophyllum extract application can promote plant growth and root yield in carrot associated with increased root-zone soil microbial activity",[3036],{"start":3037,"end":3038,"type":161},10,21,"2013-10-09",{"link_type":856,"key":3041,"kind":858,"id":3042,"url":3043,"name":3044,"size":3045},"d2d1092c-1c15-4b41-8cc4-d863e0d670f9","ZzZ2yK8jQArT05Co","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ2yK8jQArT05Co_Ascophyllum%2BExtract%2BApplication%2BCan%2BPromote%2BPlant%2BGrowth%2BAnd%2BRoot%2BYield%2BIn%2BCarrot%2BAssociated%2BWith%2BIncreased%2BRoot-Zone%2BSoil%2BMicrobial%2BActivity.pdf","Ascophyllum+Extract+Application+Can+Promote+Plant+Growth+And+Root+Yield+In+Carrot+Associated+With+Increased+Root-Zone+Soil+Microbial+Activity.pdf","427140",[3047,3052],{"tags":3048},{"id":2523,"type":2432,"tags":3049,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3050,"link_type":75,"key":3051,"isBroken":77},[],{"filter_name":2528},"dddf0554-096f-4245-9cf1-e2a0dc5a0abe",{"tags":3053},{"id":2514,"type":2432,"tags":3054,"lang":15,"slug":2516,"first_publication_date":2517,"last_publication_date":2517,"uid":2516,"data":3055,"link_type":75,"key":3056,"isBroken":77},[],{"filter_name":2519},"6c0c4b17-0395-4f19-b23f-4b63dc008284",{"dimensions":3058,"alt":54,"copyright":54,"url":3059,"id":3060,"edit":3061},{"width":2562,"height":2602},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2ya8jQArT05Cp_Ascophyllum%2BExtract%2BApplication%2BCan%2BPromote%2BPlant%2BGrowth%2BAnd%2BRoot%2BYield%2BIn%2BCarrot%2BAssociated%2BWith%2BIncreased%2BRoot-Zone%2BSoil%2BMicrobial%2BActivity.png?auto=format,compress","ZzZ2ya8jQArT05Cp",{"x":58,"y":58,"zoom":59,"background":60},[3063],{"type":32,"text":2458,"spans":3064,"direction":29},[],[3066,3069],{"type":32,"text":3067,"spans":3068,"direction":29},"Acadian Seaplants Ltd., 30 Brown Avenue, Dartmouth, Nova Scotia, Canada B3B 1X8 (e-mail: zalam@uoguelph.ca); and 2Atlantic Food and Horticulture Research Centre,\nAgriculture and Agri-Food Canada, 32 Main Street, Kentville, Nova Scotia, Canada B4N 1J5.\nReceived 1 May 2013, accepted 9 October 2013. Published on the web 10 October 2013.",[],{"type":32,"text":3070,"spans":3071,"direction":29},"Alam, M. Z., Braun, G., Norrie, J. and Hodges, D. M. 2014. Ascophyllum extract application can promote plant growth and root yield in carrot associated with increased root-zone soil microbial activity. Can. J. Plant Sci. 94: 337􀀁348. Root growth and soil microbial activity were examined in two cultivars of carrot following treatment with Ascophyllum nodosum marine-plant extract. Field experiments were established in grower-managed fields of Maverick and Pronto carrots during 2010 and 2011. Soluble Ascophyllum extract powder (SAEP) was applied weekly, bi-weekly or tri-weekly at rates of 0 (control), 0.25, 0.50, 0.75 or 1.0 g L􀀂1 over 11 to 13 wk. Results indicate that SAEP treatment increased root yields of Maverick and Pronto by about 20 and 15%, respectively, reduced proportion of smaller roots and improved harvest index (HI). Maximum yield was found at or above 0.50 g L􀀂1 SAEP for Maverick and at 0.75 g L􀀂1 for Pronto. Soil microbial colony counts, respiration and metabolic activity increased following SAEP applications, but varied with SAEP rate and application frequency. Using the Biolog microbial analysis system, maximum average well colour development (AWCD), substrate diversity (H), substrate evenness (E), and substrate richness (S) responses to extract treatment generally showed successive increases at 0.50, 0.75 and 1 g L􀀂1 SAEP at tri-weekly application frequencies. With more frequent applications, rates below 1 g L􀀂1 led to greater microbial growth, respiration and functional activities. Principal component analysis (PCA) showed a strong relationship between carrot growth, soil microbial populations and activity parameters. These results suggest that seaweed extract application can result in an increase in soil microbial activity associated with increased yield in carrots.",[3072,3074,3076],{"start":3073,"end":981,"type":161},59,{"start":3075,"end":907,"type":161},341,{"start":3077,"end":3078,"type":161},504,515,[3080],{"variation":2466,"version":38,"items":3081,"primary":3082,"id":3087,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3083},{"id":2523,"type":2432,"tags":3084,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3085,"link_type":75,"key":3086,"isBroken":77},[],{"filter_name":2528},"5bdb26a4-d674-4c6c-8331-135cbf0a90f5","related_content$29d7f39a-8384-49e7-aad9-abf988f3440a","Plant Growth Promotion: Ascophyllum Extract's Impact | Acadian Plant Health","Explore our abstract on how Ascophyllum extract application promotes robust plant growth. Uncover the mechanisms behind this natural solution, offering valuable insights for enhancing agricultural practices and fostering sustainable crop yields. Dive into our research findings today!",{"dimensions":3091,"alt":3092,"copyright":54,"url":3093,"id":3060,"edit":3094},{"width":83,"height":84},"A screen grab of the first page of the academic publication on how Ascophyllum Extract Application Can Promote Plant Growth And Root Yield In Carrot ","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2ya8jQArT05Cp_Ascophyllum%2BExtract%2BApplication%2BCan%2BPromote%2BPlant%2BGrowth%2BAnd%2BRoot%2BYield%2BIn%2BCarrot%2BAssociated%2BWith%2BIncreased%2BRoot-Zone%2BSoil%2BMicrobial%2BActivity.png?auto=format,compress&rect=0,89,232,122&w=2400&h=1260",{"x":58,"y":2736,"zoom":59,"background":60},{"id":3096,"uid":3097,"url":3098,"type":2398,"href":3099,"tags":3100,"first_publication_date":3101,"last_publication_date":3102,"slugs":3103,"linked_documents":3105,"lang":15,"alternate_languages":3106,"data":3109},"ZzuMKxMAACMA1hPS","effects-of-ascophyllum-nodosum-extract-application","\u002Fresources\u002Facademic-literature\u002Feffects-of-ascophyllum-nodosum-extract-application","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuMKxMAACMA1hPS%22%29+%5D%5D",[],"2024-11-18T18:49:17+0000","2024-11-18T21:52:26+0000",[3104],"effects-of-ascophyllum-nodosum-extract-application-in-the-nursery-on-root-growth-of-containerized-white-spruce-seedlings",[],[3107],{"id":3108,"type":2398,"lang":22,"uid":3097},"Z0fIWBMAACMA6SZi",{"title":3110,"publish_date":3117,"media":3118,"filter_tags":3124,"image":3130,"subhead":3138,"body":3141,"slices":3159,"meta_title":3168,"meta_description":3169,"meta_image":3170},[3111],{"type":26,"text":3112,"spans":3113,"direction":29},"Effects of Ascophyllum nodosum extract application in the nursery on root growth of containerized white spruce seedlings ",[3114],{"start":3115,"end":3116,"type":161},11,30,"2013-03-16",{"link_type":856,"key":3119,"kind":858,"id":3120,"url":3121,"name":3122,"size":3123},"7d30a47f-4c11-4fad-b754-76dfad3b3855","ZzZ21K8jQArT05C1","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ21K8jQArT05C1_Effects%2BOf%2BAscophyllum%2BNodosum%2BExtract%2BApplication%2BIn%2BThe%2BNursery%2BOn%2BRoot%2BGrowth%2BOf%2BContainerized%2BWhite%2BSpruce%2BSeedlings.pdf","Effects+Of+Ascophyllum+Nodosum+Extract+Application+In+The+Nursery+On+Root+Growth+Of+Containerized+White+Spruce+Seedlings.pdf","125952",[3125],{"tags":3126},{"id":2523,"type":2432,"tags":3127,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3128,"link_type":75,"key":3129,"isBroken":77},[],{"filter_name":2528},"e73a9621-3472-4894-8ec4-e30263fd5683",{"dimensions":3131,"alt":3134,"copyright":54,"url":3135,"id":3136,"edit":3137},{"width":3132,"height":3133},810,1054,"A screen grab of the first page of the academic publication for the Effects Of Ascophyllum Nodosum Extract Application on White Spruce Seedlings","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ21a8jQArT05C2_Effects%2BOf%2BAscophyllum%2BNodosum%2BExtract%2BApplication%2BIn%2BThe%2BNursery%2BOn%2BRoot%2BGrowth%2BOf%2BContainerized%2BWhite%2BSpruce%2BSeedlings.png?auto=format,compress","ZzZ21a8jQArT05C2",{"x":58,"y":58,"zoom":59,"background":60},[3139],{"type":32,"text":2458,"spans":3140,"direction":29},[],[3142,3147,3150,3153],{"type":32,"text":3143,"spans":3144,"direction":29},"In this preliminary study, Picea glauca seedlings were root drenched with a commercial liquid extract of Ascophyllum nodosum in finisher fertilizer (8N–20P–30K) at the following rates: 1:500, 1:250, 1:125, and 1:75. Fertilizer alone served as control. Applications were made four or eight times over a period of 17 or 43 days, respectively. Compared with control, all rates reduced total root system length in mid October by 44–54%. After freezer storage and then growing under favorable conditions in spring for 21 d, the 1:125 and 1:75 rates increased the number of white roots emerging from the intact peat plug by 42 and 63%, respectively.",[3145],{"start":3146,"end":180,"type":161},105,{"type":32,"text":3148,"spans":3149,"direction":29},"Authors",[],{"type":32,"text":3151,"spans":3152,"direction":29},"Joanne E. MacDonald, Jen Hacking, Yuhui Weng, Jeff Norrie",[],{"type":32,"text":3154,"spans":3155,"direction":29},"View Full Article: Here",[3156],{"start":2546,"end":1482,"type":171,"data":3157},{"link_type":67,"url":3158,"target":70},"http:\u002F\u002Fwww.nrcresearchpress.com\u002Fdoi\u002Fabs\u002F10.4141\u002Fcjps2012-268#.WMMGBBgZNTZ",[3160],{"variation":2466,"version":38,"items":3161,"primary":3162,"id":3167,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3163},{"id":2523,"type":2432,"tags":3164,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3165,"link_type":75,"key":3166,"isBroken":77},[],{"filter_name":2528},"b338f81b-ab10-4d88-84e0-72a5972217bc","related_content$0c9d1434-59e6-455d-bc71-a6d3fda6f48e","Elevating White Spruce Seedlings: Ascophyllum Nodosum Extract Insights | Acadian Plant Health","Explore the impact of Ascophyllum nodosum extract on containerized white spruce seedlings. Uncover our study's findings on enhancing seedling growth and vitality, offering valuable insights for forestry and sustainable woodland cultivation. Dive into our research now!",{"dimensions":3171,"alt":3134,"copyright":54,"url":3172,"id":3136,"edit":3173},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ21a8jQArT05C2_Effects%2BOf%2BAscophyllum%2BNodosum%2BExtract%2BApplication%2BIn%2BThe%2BNursery%2BOn%2BRoot%2BGrowth%2BOf%2BContainerized%2BWhite%2BSpruce%2BSeedlings.png?auto=format,compress&rect=0,314,810,425&w=2400&h=1260",{"x":58,"y":3174,"zoom":59,"background":60},314,{"id":3176,"uid":3177,"url":3178,"type":2398,"href":3179,"tags":3180,"first_publication_date":3181,"last_publication_date":3182,"slugs":3183,"linked_documents":3185,"lang":15,"alternate_languages":3186,"data":3187},"aDX5axEAACgAkRUN","climate-impact-on-north-atlantic-seaweed-distribution","\u002Fresources\u002Facademic-literature\u002Fclimate-impact-on-north-atlantic-seaweed-distribution","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22aDX5axEAACgAkRUN%22%29+%5D%5D",[],"2025-05-28T19:40:01+0000","2026-03-10T19:23:47+0000",[3184],"abstract-climate-change-impact-on-seaweed-meadow-distribution-in-the-north-atlantic-rocky-intertidal",[],[],{"title":3188,"publish_date":3192,"media":3193,"filter_tags":3199,"image":3214,"subhead":3222,"body":3226,"slices":3239,"meta_title":3248,"meta_description":3249,"meta_image":3250},[3189],{"type":26,"text":3190,"spans":3191,"direction":29},"Abstract: Climate change impact on seaweed meadow distribution in the North Atlantic rocky intertidal ",[],"2013-03-04",{"link_type":856,"key":3194,"kind":858,"id":3195,"url":3196,"name":3197,"size":3198},"aa677fe6-c68b-4b75-84d9-e310da43dd2a","aDX32SdWJ-7kSmAw","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FaDX32SdWJ-7kSmAw_Jueterbocketal2013.pdf","Jueterbock et al 2013.pdf","2816205",[3200,3209],{"tags":3201},{"id":3202,"type":2432,"tags":3203,"lang":15,"slug":3204,"first_publication_date":3205,"last_publication_date":3205,"uid":3204,"data":3206,"link_type":75,"key":3208,"isBroken":77},"ZztnxRMAACEA1dpd",[],"seaweed","2024-11-18T16:13:59+0000",{"filter_name":3207},"Seaweed","f8568e9c-524a-4f44-b2e2-025d317273ab",{"tags":3210},{"id":2592,"type":2432,"tags":3211,"lang":15,"slug":2594,"first_publication_date":2595,"last_publication_date":2595,"uid":2594,"data":3212,"link_type":75,"key":3213,"isBroken":77},[],{"filter_name":2597},"763ef811-2fc1-4f2f-b39e-d4005b71e676",{"dimensions":3215,"alt":3218,"copyright":54,"url":3219,"id":3220,"edit":3221},{"width":3216,"height":3217},557,748,"Screen grab of the first page of the publication called Climate change impact on seaweed meadow distribution in the North Atlantic rocky intertidal ","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FaDX4MSdWJ-7kSmA9_Screenshot2025-05-27at1.36.38PM.png?auto=format,compress","aDX4MSdWJ-7kSmA9",{"x":58,"y":58,"zoom":59,"background":60},[3223],{"type":32,"text":3224,"spans":3225,"direction":29},"Abstract ",[],[3227],{"type":32,"text":3228,"spans":3229,"direction":29},"The North-Atlantic has warmed faster than all the other ocean basins and climate change scenarios predict sea surface temperature isotherms to shift up to 600 km northwards by the end of the 21st century. The pole-ward shift has already begun for many temperate seaweed species that are important intertidal foundation species. We asked the question: Where will climate change have the greatest impact on three foundational, macroalgal species that occur along North-Atlantic shores: Fucus serratus, Fucus vesiculosus, and Ascophyllum nodosum ? To predict distributional changes of these key species under three IPCC (Intergovernmental Panel on Climate Change) climate change scenarios (A2, A1B, and B1) over the coming two centuries, we generated Ecological Niche Models with the program MAXENT. Model predictions suggest that these three species will shift northwards as an assemblage of \"unit\" and that phytogeographic changes will be the most pronounced in the southern Arctic and the southern temperate provinces. Our models predict that Arctic shores in Canada, Greenland, and Spitsbergen will become suitable for all three species by 2100. Shores south of 45 degrees North will become unsuitable for at least two of the three focal species on both the Northwest - and Northeast-Atlantic coasts by 2200. If these foundational species are unable to adapt to the rising temperatures, they will lose their centers of genetic diversity and their loss will trigger an unpredictable shift in the North-Atlantic intertidal ecosystem. ",[3230,3233,3236],{"start":3231,"end":3232,"type":161},484,498,{"start":3234,"end":3235,"type":161},500,517,{"start":3237,"end":3238,"type":161},523,542,[3240],{"variation":2466,"version":38,"items":3241,"primary":3242,"id":3247,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3243},{"id":2441,"type":2432,"tags":3244,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":3245,"link_type":75,"key":3246,"isBroken":77},[],{"filter_name":2446},"4429ad80-4ef7-4c38-ae84-9ea2632c8f17","related_content$5fb11072-27d5-4d7a-95e0-c34c1895b607","Turning the Tide: Climate Impact on Seaweed Distribution | Acadian Plant Health","Explore how Ascophyllum nodosum will continue to thrive in Canadian waters for a century to come, demonstrating seaweed's resilience to contemporary climate trends.",{"dimensions":3251,"alt":3218,"copyright":54,"url":3252,"id":3220,"edit":3253},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FaDX4MSdWJ-7kSmA9_Screenshot2025-05-27at1.36.38PM.png?auto=format,compress&rect=0,228,557,292&w=2400&h=1260",{"x":58,"y":3254,"zoom":59,"background":60},228,{"id":3256,"uid":3257,"url":3258,"type":2398,"href":3259,"tags":3260,"first_publication_date":3261,"last_publication_date":3261,"slugs":3262,"linked_documents":3264,"lang":15,"alternate_languages":3265,"data":3268},"ZzucsRMAACMA1izK","ascophyllum-nodosum-extract-and-its-organic-fractions","\u002Fresources\u002Facademic-literature\u002Fascophyllum-nodosum-extract-and-its-organic-fractions","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzucsRMAACMA1izK%22%29+%5D%5D",[],"2024-11-18T19:59:47+0000",[3263],"abstract-ascophyllum-nodosum-extract-and-its-organic-fractions-stimulate-rhizobium-root-nodulation-and-growth-of-medicago-sativa-alfalfa",[],[3266],{"id":3267,"type":2398,"lang":22,"uid":3257},"Z0fHuBMAACIA6SVQ",{"title":3269,"publish_date":3274,"media":3275,"filter_tags":3281,"image":3287,"subhead":3294,"body":3297,"slices":3302,"meta_title":3311,"meta_description":3312,"meta_image":3313},[3270],{"type":26,"text":3271,"spans":3272,"direction":29},"ABSTRACT: Ascophyllum nodosum Extract and Its Organic Fractions Stimulate Rhizobium Root Nodulation and Growth of Medicago sativa (Alfalfa)",[3273],{"start":3037,"end":943,"type":161},"2013-02-22",{"link_type":856,"key":3276,"kind":858,"id":3277,"url":3278,"name":3279,"size":3280},"ddff77c4-3538-4c78-9a14-09aff8b29c2c","ZzZ2i68jQArT05CG","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ2i68jQArT05CG_ABSTRACT-%2BAscophyllum%2BNodosum%2BExtract%2BAnd%2BIts%2BOrganic%2BFractions%2BStimulate%2BRhizobium%2BRoot%2BNodulation%2BAnd%2BGrowth%2BOf%2BMedicago%2BSativa%2B-Alfalfa-.pdf","ABSTRACT-+Ascophyllum+Nodosum+Extract+And+Its+Organic+Fractions+Stimulate+Rhizobium+Root+Nodulation+And+Growth+Of+Medicago+Sativa+(Alfalfa).pdf","744423",[3282],{"tags":3283},{"id":2523,"type":2432,"tags":3284,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3285,"link_type":75,"key":3286,"isBroken":77},[],{"filter_name":2528},"0febe845-d81a-4833-941e-4d281c181022",{"dimensions":3288,"alt":54,"copyright":54,"url":3291,"id":3292,"edit":3293},{"width":3289,"height":3290},746,983,"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2jK8jQArT05CI_ABSTRACT-%2BAscophyllum%2BNodosum%2BExtract%2BAnd%2BIts%2BOrganic%2BFractions%2BStimulate%2BRhizobium%2BRoot%2BNodulation%2BAnd%2BGrowth%2BOf%2BMedicago%2BSativa%2B-Alfalfa-.png?auto=format,compress","ZzZ2jK8jQArT05CI",{"x":58,"y":58,"zoom":59,"background":60},[3295],{"type":32,"text":2458,"spans":3296,"direction":29},[],[3298],{"type":32,"text":3299,"spans":3300,"direction":29},"The effects of the seaweed Ascophyllum nodosum extracts (ANE) on nitrogen (N)–fixing nodules and growth of alfalfa plants were studied under greenhouse conditions. The treatment of alfalfa roots increased the number of total nodules per plant with ANE (69%) and organic sub-fractions methanol (20%) and chloroform (35%) at 1 g L−1 concentration. The number of functional nodules was greater per plant in ANE (36%) and its organic sub-fraction chloroform (105%). Maximum increase in shoot length was observed in ANE-treated plants (42%) and chloroform-treated plants (42%). Root length was longer in the chloroform fraction (15%), whereas the shoot dry-weight accumulation was greater in plants treated with ANE (118%), methanol (85%), and chloroform (85%) than the control. Root dry-weight accumulation increased in plants treated with ANE (118%) and chloroform (69%) compared to the control. Further studies are under way to identify the chemical components in ANE and organic fractions.",[3301],{"start":235,"end":1282,"type":161},[3303],{"variation":2466,"version":38,"items":3304,"primary":3305,"id":3310,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3306},{"id":2523,"type":2432,"tags":3307,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3308,"link_type":75,"key":3309,"isBroken":77},[],{"filter_name":2528},"af67e5f3-b625-42b7-a5d7-574733616aa0","related_content$430ead0e-7aee-41de-8dae-8c4289e3fc09","Exploring Ascophyllum Nodosum Extract's Organic Facets | Acadian Plant Health","Dive into the abstract uncovering the organic facets of Ascophyllum nodosum extract. Discover the diverse components and potential applications, offering innovative pathways for bolstering plant health and fostering sustainable agricultural practices. Explore our research insights today!",{"dimensions":3314,"alt":3315,"copyright":54,"url":3316,"id":3292,"edit":3317},{"width":83,"height":84},"A screen grab of the first page of the academic publication for Ascophyllum Nodosum Extract And Its Organic Fractions ","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2jK8jQArT05CI_ABSTRACT-%2BAscophyllum%2BNodosum%2BExtract%2BAnd%2BIts%2BOrganic%2BFractions%2BStimulate%2BRhizobium%2BRoot%2BNodulation%2BAnd%2BGrowth%2BOf%2BMedicago%2BSativa%2B-Alfalfa-.png?auto=format,compress&rect=0,296,746,392&w=2400&h=1260",{"x":58,"y":3318,"zoom":59,"background":60},296,{"id":3320,"uid":3321,"url":3322,"type":2398,"href":3323,"tags":3324,"first_publication_date":3325,"last_publication_date":3326,"slugs":3327,"linked_documents":3329,"lang":15,"alternate_languages":3330,"data":3333},"ZzuW1BMAACEA1iPz","transcriptional-and-metabolomic-analysis-of-ascophyllum","\u002Fresources\u002Facademic-literature\u002Ftranscriptional-and-metabolomic-analysis-of-ascophyllum","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuW1BMAACEA1iPz%22%29+%5D%5D",[],"2024-11-18T19:35:35+0000","2024-11-18T21:58:24+0000",[3328],"abstract-transcriptional-and-metabolomic-analysis-ofascophyllum-nodosum-mediated-freezingtolerance-in-arabidopsis-thaliana",[],[3331],{"id":3332,"type":2398,"lang":22,"uid":3321},"Z0fInxMAACMA6Sbe",{"title":3334,"publish_date":3340,"media":3341,"filter_tags":3343,"image":3349,"subhead":3353,"body":3356,"slices":3370,"meta_title":3379,"meta_description":3380,"meta_image":3381},[3335],{"type":26,"text":3336,"spans":3337,"direction":29},"ABSTRACT: Transcriptional and metabolomic analysis of Ascophyllum nodosum mediated freezing tolerance in Arabidopsis thaliana",[3338],{"start":1559,"end":3339,"type":161},73,"2012-11-21",{"link_type":856,"key":3342,"kind":858,"id":2672,"url":2673,"name":2674,"size":2675},"474d03b2-4271-49c8-90e0-b5930c4521f0",[3344],{"tags":3345},{"id":2441,"type":2432,"tags":3346,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":3347,"link_type":75,"key":3348,"isBroken":77},[],{"filter_name":2446},"46c2c15c-2175-470f-8f14-bfdd0c4fff99",{"dimensions":3350,"alt":3351,"copyright":54,"url":2695,"id":2696,"edit":3352},{"width":2693,"height":2602},"A screen grab of the first page of the academic publication on Transcriptional And Metabolomic Analysis Of Ascophyllum Nodosum",{"x":58,"y":58,"zoom":59,"background":60},[3354],{"type":32,"text":2458,"spans":3355,"direction":29},[],[3357,3362,3366],{"type":32,"text":3358,"spans":3359,"direction":29},"Background: We have previously shown that lipophilic components (LPC) of the brown seaweed Ascophyllum nodosum (ANE) improved freezing tolerance in Arabidopsis tha\u002Fiana. However, the mechanism(s) of this induced freezing stress tolerance is largely unknown. Here, we investigated LPC induced changes in the transcriptome and metabolome of A. tha\u002Fiana undergoing freezing stress.",[3360,3361],{"start":58,"end":3115,"type":140},{"start":2648,"end":1835,"type":161},{"type":32,"text":3363,"spans":3364,"direction":29},"Results: Gene expression studies revealed that the accumulation of proline was mediated by an increase in the expression of the pro line synthesis genes PSCS I and P5CS2 and a marginal reduction in the expression of the proline dehydrogenase (ProOH) gene. Moreover, LPC application significantly increased the concentration of total soluble sugars in the cytosol in response to freezing stress. Arabidopsis sfr4 mutant plants, defective in the accumulation of free sugars, treated with LPC. exhibited freezing sensitivity similar to that of untreated controls. The 1 H NMR metabolite profile of LPC-treated Arabidopsis plants exposed to freezing stress revealed a spectrum dominated by chemical shifts (6) representing soluble sugars, sugar alcohols, organic acids and lipophilic components like fatty acids, as compared to control plants. Additionally, 2D NMR spectra suggested an increase in the degree of unsaturation of fatty acids in LPC treated plants under freezing stress. These results were supported by global transcriptome analysis. Transcriptome analysis revealed that LPC treatment altered the expression of 1113 genes (5%) in comparison with untreated plants. A total of 463 genes (2%) were up regulated while 650 genes (3%) were down regulated.",[3365],{"start":58,"end":987,"type":140},{"type":32,"text":3367,"spans":3368,"direction":29},"Conclusion: Taken together, the results of the experiments presented in this paper provide evidence to support LPC mediated freezing tolerance enhancement through a combination of the priming of plants for the increased accumulation of osmoprotectants and alteration of cellular fatty acid composition.",[3369],{"start":58,"end":1508,"type":140},[3371],{"variation":2466,"version":38,"items":3372,"primary":3373,"id":3378,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3374},{"id":2441,"type":2432,"tags":3375,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":3376,"link_type":75,"key":3377,"isBroken":77},[],{"filter_name":2446},"0909187d-02ba-4e85-bbff-95d3151546f9","related_content$6ea332df-62a3-4576-80a3-ef4a718cda92","Ascophyllum Nodosum Analysis: Transcriptional & Metabolomic Insights | Acadian Plant Health","Explore our abstract delving into transcriptional and metabolomic analysis of Ascophyllum nodosum. Uncover the intricate details and potential applications shaping plant health, offering innovative pathways for sustainable agricultural practices. Discover our research insights today!",{"dimensions":3382,"alt":3351,"copyright":54,"url":2734,"id":2696,"edit":3383},{"width":83,"height":84},{"x":58,"y":2736,"zoom":59,"background":60},{"id":3385,"uid":3386,"url":3387,"type":2398,"href":3388,"tags":3389,"first_publication_date":3390,"last_publication_date":3391,"slugs":3392,"linked_documents":3394,"lang":15,"alternate_languages":3395,"data":3398},"ZzuZaBMAACMA1ie6","commercial-extract-of-ascophyllum-nodosum","\u002Fresources\u002Facademic-literature\u002Fcommercial-extract-of-ascophyllum-nodosum","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuZaBMAACMA1ie6%22%29+%5D%5D",[],"2024-11-18T19:45:47+0000","2024-11-18T22:00:11+0000",[3393],"abstract-commercial-extract-of-ascophyllum-nodosum-improves-root-colonization-of-alfalfa-by-its-bacterial-symbiont-sinorhizobium-meliloti",[],[3396],{"id":3397,"type":2398,"lang":22,"uid":3386},"Z0fIvhMAACMA6ScU",{"title":3399,"publish_date":3404,"media":3405,"filter_tags":3411,"image":3417,"subhead":3423,"body":3426,"slices":3436,"meta_title":3445,"meta_description":3446,"meta_image":3447},[3400],{"type":26,"text":3401,"spans":3402,"direction":29},"ABSTRACT: Commercial Extract of Ascophyllum nodosum Improves Root Colonization of Alfalfa by Its Bacterial Symbiont Sinorhizobium meliloti",[3403],{"start":1281,"end":1509,"type":161},"2012-09-20",{"link_type":856,"key":3406,"kind":858,"id":3407,"url":3408,"name":3409,"size":3410},"f5637815-9b41-498d-864e-8b4d06d381dc","ZzZ2ka8jQArT05CL","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ2ka8jQArT05CL_ABSTRACT-%2BCommercial%2BExtract%2BOf%2BAscophyllum%2BNodosum%2BImproves%2BRoot%2BColonization%2BOf%2BAlfalfa%2BBy%2BIts%2BBacterial%2BSymbiont%2BSinorhizobium%2BMeliloti.pdf","ABSTRACT-+Commercial+Extract+Of+Ascophyllum+Nodosum+Improves+Root+Colonization+Of+Alfalfa+By+Its+Bacterial+Symbiont+Sinorhizobium+Meliloti.pdf","574392",[3412],{"tags":3413},{"id":2523,"type":2432,"tags":3414,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3415,"link_type":75,"key":3416,"isBroken":77},[],{"filter_name":2528},"922aeb28-0556-484b-94a7-102cc7beed21",{"dimensions":3418,"alt":54,"copyright":54,"url":3420,"id":3421,"edit":3422},{"width":3217,"height":3419},985,"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2ka8jQArT05CM_ABSTRACT-%2BCommercial%2BExtract%2BOf%2BAscophyllum%2BNodosum%2BImproves%2BRoot%2BColonization%2BOf%2BAlfalfa%2BBy%2BIts%2BBacterial%2BSymbiont%2BSinorhizobium%2BMeliloti.png?auto=format,compress","ZzZ2ka8jQArT05CM",{"x":58,"y":58,"zoom":59,"background":60},[3424],{"type":32,"text":2458,"spans":3425,"direction":29},[],[3427],{"type":32,"text":3428,"spans":3429,"direction":29},"The soil bacterium Sinorhizobium meliloti forms a symbiotic relationship with alfalfa (Medicago sativa) roots, which results in the formation of intracellular root nodules. This symbiosis increases nitrogen (N) in the soil; however, to establish such a syner-gistic relationship, a complex communication system is required between the bacterium and its legume host. Rhizobacteria are known to respond to plant root exudates and produce signal molecules known as “Nod” factors. Research suggests that the brown seaweed (Ascophyllum nodosum) extract (ANE) stimulates both root nodulation and growth of alfalfa (Khan et al. 2011). To elucidate the mechanism of action, the effects of ANE on the early stages of root–rhizobia interactions were examined. A. nodosum extract (ANE) and its organic fractions were prepared and alfalfa roots were treated. After 2 days, the treated roots were inoculated with S. meliloti. The roots from treated plants were excised and observed for colony-forming units. To verify whether ANE elicited the synthesis and secretion of factors similar to those induced by luteolin, S. meliloti cultures were treated with ANE and the bacterial components were analyzed by high-pressure liquid chromatography (HPLC). To study Nod factor induction by S. meliloti due to ANE treatment, a root hair deformation assay was performed. A trans-lational fusion of S. meliloti NodC:LacZ (strain JM57) was used to observe the effect of ANE on bacterial gene expression. When S. meliloti culture medium was supplemented with ANE, no effect on bacterial growth was observed. However, it was observed that the attachment of S. meliloti to the root hairs was improved. Similarly in vitro ANE root treatments, followed by S. meliloti inoculation, increased bacterial colonies. HPLC profiles and a root hair deformation assay suggested that ANE elicits production of compounds similar to the Nod factor, which are normally induced by the plant signaling molecule luteolin. The results suggest that ANE may contain compound(s) that promote the legume–rhizobia symbiotic relationship and plant signaling.",[3430,3433],{"start":3431,"end":3432,"type":161},519,538,{"start":3434,"end":3435,"type":161},750,760,[3437],{"variation":2466,"version":38,"items":3438,"primary":3439,"id":3444,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3440},{"id":2523,"type":2432,"tags":3441,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3442,"link_type":75,"key":3443,"isBroken":77},[],{"filter_name":2528},"c7afd6d3-fc91-43f5-bf98-caf04cb0a6cc","related_content$e02052a8-7c2a-4398-bc35-a943f682515c","Enhancing Root Colonization: Ascophyllum Nodosum Extract's Impact | Acadian Plant Health","Explore the abstract highlighting how a commercial extract of Ascophyllum nodosum enhances root colonization. Unveil its potential to fortify plant roots, offering valuable insights for improving crop resilience and fostering sustainable agricultural practices. Discover our research insights today!",{"dimensions":3448,"alt":3449,"copyright":54,"url":3450,"id":3421,"edit":3451},{"width":83,"height":84},"A screen grab of the first page of the academic publication on Commercial Extract Of Ascophyllum Nodosum","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2ka8jQArT05CM_ABSTRACT-%2BCommercial%2BExtract%2BOf%2BAscophyllum%2BNodosum%2BImproves%2BRoot%2BColonization%2BOf%2BAlfalfa%2BBy%2BIts%2BBacterial%2BSymbiont%2BSinorhizobium%2BMeliloti.png?auto=format,compress&rect=0,296,748,393&w=2400&h=1260",{"x":58,"y":3318,"zoom":59,"background":60},{"id":3453,"uid":3454,"url":3455,"type":2398,"href":3456,"tags":3457,"first_publication_date":3458,"last_publication_date":3458,"slugs":3459,"linked_documents":3461,"lang":15,"alternate_languages":3462,"data":3465},"ZzuhKRMAACQA1jM8","effect-of-ascophyllum-extract-application-on-plant-growth","\u002Fresources\u002Facademic-literature\u002Feffect-of-ascophyllum-extract-application-on-plant-growth","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuhKRMAACQA1jM8%22%29+%5D%5D",[],"2024-11-18T20:19:17+0000",[3460],"abstract-effect-of-ascophyllum-extract-application-on-plant-growth-fruit-yield-and-soil-microbial-communities-of-strawberry",[],[3463],{"id":3464,"type":2398,"lang":22,"uid":3454},"Z0fH7RMAACMA6SWs",{"title":3466,"publish_date":3472,"media":3473,"filter_tags":3479,"image":3490,"subhead":3495,"body":3498,"slices":3516,"meta_title":2475,"meta_description":2476,"meta_image":3525},[3467],{"type":26,"text":3468,"spans":3469,"direction":29},"ABSTRACT: Effect of Ascophyllum extract application on plant growth, fruit yield and soil microbial communities of strawberry",[3470],{"start":3471,"end":1281,"type":161},20,"2012-08-06",{"link_type":856,"key":3474,"kind":858,"id":3475,"url":3476,"name":3477,"size":3478},"be0b1ea5-cfe8-4c6b-8185-87628012068e","ZzZ20q8jQArT05Cz","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ20q8jQArT05Cz_Effect%2BOf%2BAscophyllum%2BExtract%2BApplication%2BOn%2BPlant%2BGrowth_%2BFruit%2BYield%2BAnd%2BSoil%2BMicrobial%2BCommunities%2BOf%2BStrawberry.pdf","Effect+Of+Ascophyllum+Extract+Application+On+Plant+Growth_+Fruit+Yield+And+Soil+Microbial+Communities+Of+Strawberry.pdf","509551",[3480,3485],{"tags":3481},{"id":2431,"type":2432,"tags":3482,"lang":15,"slug":2434,"first_publication_date":2435,"last_publication_date":2435,"uid":2434,"data":3483,"link_type":75,"key":3484,"isBroken":77},[],{"filter_name":2437},"0318d3c7-f0fa-4a27-b2f2-93493bdba42e",{"tags":3486},{"id":2514,"type":2432,"tags":3487,"lang":15,"slug":2516,"first_publication_date":2517,"last_publication_date":2517,"uid":2516,"data":3488,"link_type":75,"key":3489,"isBroken":77},[],{"filter_name":2519},"f9271b6f-ccd4-4824-8df8-dda8c8160cdf",{"dimensions":3491,"alt":54,"copyright":54,"url":3492,"id":3493,"edit":3494},{"width":2562,"height":2602},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2068jQArT05C0_Effect%2BOf%2BAscophyllum%2BExtract%2BApplication%2BOn%2BPlant%2BGrowth_%2BFruit%2BYield%2BAnd%2BSoil%2BMicrobial%2BCommunities%2BOf%2BStrawberry.png?auto=format,compress","ZzZ2068jQArT05C0",{"x":58,"y":58,"zoom":59,"background":60},[3496],{"type":32,"text":2458,"spans":3497,"direction":29},[],[3499],{"type":32,"text":3500,"spans":3501,"direction":29},"Alam, M. Z., Braun, G., Norrie, J. and Hodges, D. M. 2013. Effect of Ascophyllum extract application on plant growth, fruit yield and soil microbial communities of strawberry. Can. J. Plant Sci. 93:23􀀁36. Plant growth and associated soil microbials were examined in several strawberry cultivars following treatment with extracts from the marine algae Ascophyllum nodosum [soluble Ascophyllum extract powder (SAEP)]. Greenhouse and field experiments were established over plots of Albion, Camarosa, Chandler, and Festival strawberries from 2009 to 2011. Soluble Ascophyllum extract powder was applied once or twice per week, or once per 2 wk at rates of 0 (control), 1, 2 or 4 g L􀀂l over approximately 8 wk. Subsequent rooting studies examined weekly applications of SAEP at 0, 0.2, 0.4, 1 or 2 g L􀀂1. Results indicate that maximum plant and berry productivities were found at 1 and 2 g SAEP L􀀂1 in both field and greenhouse. Chandler was the cultivar most responsive to SAEP application, while Albion was the least responsive. Soluble Ascophyllum extract powder increased colony counts in greenhouse and field soil samples with maximum colony counts at 4 g L􀀂1 SAEP in the greenhouse, and 1 and 2 g L􀀂1 SAEP in the field. Metabolic activities of soil microbes were found to increase following SAEP applications. Using the Biolog microbial analysis system, maximum average well colour development (AWCD), substrate diversity (H), substrate evenness (E), and substrate richness (S) responses were found at 4 g L􀀂1 SAEP in the greenhouse. However, in field trials, AWCD, H, E, and S responses to extract treatment showed successive increases at 1 and 2 g L􀀂1 SAEP, but reduced effect at 4 g L􀀂1. Soluble Ascophyllum extract powder treatment showed highest respiration rates between 0.10 and 0.40 g per week per plant while in vitro soil treatments with 4 g L􀀂1 SAEP reduced microbial respiration. This study suggests that SAEP applications increased strawberry root and shoot growth, berry yield and rhizosphere microbial diversity and physiological activity.",[3502,3504,3507,3510,3513],{"start":2086,"end":3503,"type":161},80,{"start":3505,"end":3506,"type":161},352,371,{"start":3508,"end":3509,"type":161},381,392,{"start":3511,"end":3512,"type":161},562,573,{"start":3514,"end":3515,"type":161},1039,1050,[3517],{"variation":2466,"version":38,"items":3518,"primary":3519,"id":3524,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3520},{"id":2514,"type":2432,"tags":3521,"lang":15,"slug":2516,"first_publication_date":2517,"last_publication_date":2517,"uid":2516,"data":3522,"link_type":75,"key":3523,"isBroken":77},[],{"filter_name":2519},"80644342-abd9-4428-9084-b35f901d1f81","related_content$2c9eab59-2181-4a64-9f51-5814272ecfc7",{"dimensions":3526,"alt":54,"copyright":54,"url":3527,"id":3493,"edit":3528},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2068jQArT05C0_Effect%2BOf%2BAscophyllum%2BExtract%2BApplication%2BOn%2BPlant%2BGrowth_%2BFruit%2BYield%2BAnd%2BSoil%2BMicrobial%2BCommunities%2BOf%2BStrawberry.png?auto=format,compress&rect=0,89,232,122&w=2400&h=1260",{"x":58,"y":2736,"zoom":59,"background":60},{"id":3530,"uid":3531,"url":3532,"type":2398,"href":3533,"tags":3534,"first_publication_date":3535,"last_publication_date":3536,"slugs":3537,"linked_documents":3539,"lang":15,"alternate_languages":3540,"data":3543},"ZzuMsRMAACMA1hSY","root-growth-of-containerized-lodgepole-pine-seedlings","\u002Fresources\u002Facademic-literature\u002Froot-growth-of-containerized-lodgepole-pine-seedlings","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuMsRMAACMA1hSY%22%29+%5D%5D",[],"2024-11-18T18:51:35+0000","2024-11-18T21:55:30+0000",[3538],"root-growth-of-containerized-lodgepole-pine-seedlings-in-response-to-ascophyllum-nodosum-extract-application-during-nursery-culture",[],[3541],{"id":3542,"type":2398,"lang":22,"uid":3531},"Z0fIaxMAACQA6SaE",{"title":3544,"publish_date":3550,"media":3551,"filter_tags":3557,"image":3563,"subhead":3570,"body":3573,"slices":3592,"meta_title":3601,"meta_description":3602,"meta_image":3603},[3545],{"type":26,"text":3546,"spans":3547,"direction":29},"Root growth of containerized lodgepole pine seedlings in response to Ascophyllum nodosum extract application during nursery culture",[3548],{"start":2086,"end":3549,"type":161},88,"2012-03-03",{"link_type":856,"key":3552,"kind":858,"id":3553,"url":3554,"name":3555,"size":3556},"f5ebae32-d57f-47a9-86d9-8438a9afab9c","ZzZ22q8jQArT05C7","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ22q8jQArT05C7_Root%2BGrowth%2BOf%2BContainerized%2BLodgepole%2BPine%2BSeedlings%2BIn%2BResponse%2BTo%2BAscophyllum%2BNodosum%2BExtract%2BApplication%2BDuring%2BNursery%2BCulture.pdf","Root+Growth+Of+Containerized+Lodgepole+Pine+Seedlings+In+Response+To+Ascophyllum+Nodosum+Extract+Application+During+Nursery+Culture.pdf","130719",[3558],{"tags":3559},{"id":2523,"type":2432,"tags":3560,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3561,"link_type":75,"key":3562,"isBroken":77},[],{"filter_name":2528},"e676229b-7fc3-4ba5-9540-77db5a57a957",{"dimensions":3564,"alt":3566,"copyright":54,"url":3567,"id":3568,"edit":3569},{"width":1003,"height":3565},1060,"A screen grab of the first page of the academic publication for Root Growth Of Containerized Lodgepole Pine Seedlings","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2268jQArT05C8_Root%2BGrowth%2BOf%2BContainerized%2BLodgepole%2BPine%2BSeedlings%2BIn%2BResponse%2BTo%2BAscophyllum%2BNodosum%2BExtract%2BApplication%2BDuring%2BNursery%2BCulture.png?auto=format,compress","ZzZ2268jQArT05C8",{"x":58,"y":58,"zoom":59,"background":60},[3571],{"type":32,"text":2458,"spans":3572,"direction":29},[],[3574,3583,3585,3587],{"type":32,"text":3575,"spans":3576,"direction":29},"Vigorous root growth immediately after spring planting is crucial to ensure a well-developed root system before the occurrence of drought events associated with climate change. The objective of this study was to enhance spring root growth of containerized lodgepole pine (Pinus contorta Dougl. var. latifolia Engelm.) seedlings. Seedling culture began in April. In September, seedlings were root drenched with an extract of the brown marine alga Ascophyllum nodosum (L.) Le Jolis in finisher fertilizer at rates of 1:750, 1:500, and 1:250. Finisher fertilizer alone served as control. Applications were made three or six times. Seedling culture continued until lifting in December, and then seedlings were freezer stored. Frequency of application had no effect on root growth, whereas rate of application had a significant effect. Compared with control, the 1:750, 1:500, and 1:250 rates significantly reduced total length of the root system in mid October. After overwintering and growing under favorable environmental conditions for 21 d, the 1:500 rate significantly increased the total number of white roots, as well as the number of both short and long white roots. These results suggest that application of Ascophyllum nodosum extract may be a valuable nursery practice to increase spring root growth, thereby enhancing drought resistance.",[3577,3580],{"start":3578,"end":3579,"type":161},446,465,{"start":3581,"end":3582,"type":161},1213,1232,{"type":32,"text":3148,"spans":3584,"direction":29},[],{"type":32,"text":3151,"spans":3586,"direction":29},[],{"type":32,"text":3154,"spans":3588,"direction":29},[3589],{"start":2546,"end":1482,"type":171,"data":3590},{"link_type":67,"url":3591,"target":70},"http:\u002F\u002Fwww.nrcresearchpress.com\u002Fdoi\u002Fabs\u002F10.4141\u002Fcjps2011-279#.WMMGARgZNTZ",[3593],{"variation":2466,"version":38,"items":3594,"primary":3595,"id":3600,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3596},{"id":2523,"type":2432,"tags":3597,"lang":15,"slug":2525,"first_publication_date":2526,"last_publication_date":2526,"uid":2525,"data":3598,"link_type":75,"key":3599,"isBroken":77},[],{"filter_name":2528},"048c04f3-4205-4a54-9275-d5d9a78707bc","related_content$a760bb4d-9d88-47c6-a13c-f8c68b1921ca","Optimizing Lodgepole Pine Seedlings: Nursery Culture Insights | Acadian Plant Health","Discover the nuanced effects of nursery culture on lodgepole pine seedlings. Explore our study unveiling strategies to enhance growth and vitality, offering valuable insights for forestry and sustainable woodland management. Delve into our findings now!",{"dimensions":3604,"alt":3566,"copyright":54,"url":3605,"id":3568,"edit":3606},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ2268jQArT05C8_Root%2BGrowth%2BOf%2BContainerized%2BLodgepole%2BPine%2BSeedlings%2BIn%2BResponse%2BTo%2BAscophyllum%2BNodosum%2BExtract%2BApplication%2BDuring%2BNursery%2BCulture.png?auto=format,compress&rect=0,312,830,436&w=2400&h=1260",{"x":58,"y":3607,"zoom":59,"background":60},312,{"id":3609,"uid":3610,"url":3611,"type":2398,"href":3612,"tags":3613,"first_publication_date":3614,"last_publication_date":3615,"slugs":3616,"linked_documents":3618,"lang":15,"alternate_languages":3619,"data":3622},"ZzuJLBMAACIA1g8_","applications-of-a-commercial-extract-of-the-brown-seaweed-ascophyllum-nodosum","\u002Fresources\u002Facademic-literature\u002Fapplications-of-a-commercial-extract-of-the-brown-seaweed-ascophyllum-nodosum","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22ZzuJLBMAACIA1g8_%22%29+%5D%5D",[],"2024-11-18T18:36:29+0000","2024-11-28T17:06:19+0000",[3617],"abstract-applications-of-a-commercial-extract-of-the-brown-seaweed-ascophyllum-nodosum-increases-drought-tolerance-in-container-grown-hamlin-sweet-orange-nursery-trees",[],[3620],{"id":3621,"type":2398,"lang":22,"uid":3610},"Z0fIEBMAACIA6SXp",{"title":3623,"publish_date":3628,"media":3629,"filter_tags":3635,"image":3641,"subhead":3649,"body":3652,"slices":3659,"meta_title":3668,"meta_description":3669,"meta_image":3670},[3624],{"type":26,"text":3625,"spans":3626,"direction":29},"ABSTRACT: Applications of a Commercial Extract of the Brown Seaweed Ascophyllum nodosum Increases Drought Tolerance in Container-grown Hamlin Sweet Orange Nursery Trees",[3627],{"start":168,"end":2071,"type":161},"2011-04-01",{"link_type":856,"key":3630,"kind":858,"id":3631,"url":3632,"name":3633,"size":3634},"1bfa0efc-7ab9-4fcf-ad7e-8dd9bc01038e","ZzZ3rq8jQArT05Fu","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ3rq8jQArT05Fu_hortsci-article-p577.pdf","hortsci-article-p577.pdf","175263",[3636],{"tags":3637},{"id":2441,"type":2432,"tags":3638,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":3639,"link_type":75,"key":3640,"isBroken":77},[],{"filter_name":2446},"6bd4d2ff-5625-45ac-a95a-a084954865f5",{"dimensions":3642,"alt":3645,"copyright":54,"url":3646,"id":3647,"edit":3648},{"width":3643,"height":3644},735,955,"First page of article as preview.","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzuJAa8jQArT0_3x_Spann%26LittleArticleImage_al-1.png?auto=format,compress","ZzuJAa8jQArT0_3x",{"x":58,"y":58,"zoom":59,"background":60},[3650],{"type":32,"text":2458,"spans":3651,"direction":29},[],[3653],{"type":32,"text":3654,"spans":3655,"direction":29},"Hamlin’ sweet orange trees on ‘Carrizo’ citrange and ‘Swingle’ citrumelo rootstocks were treated weekly with a commercial extract of the brown seaweed Ascophyllum nodosum at 5 and 10 mL·L−1 as either a soil drench or foliar spray. Half of the trees in each treatment were subjected to drought stress [irrigated at 50% of evapotranspiration (ET)], whereas the other half remained fully irrigated (100% ET). Drought stress reduced shoot growth and leaf photosynthesis but increased root and total plant growth relative to the amount of water applied, thus increasing whole plant water use efficiency. Trees treated with seaweed extract and drought-stressed had significantly more total growth than untreated drought-stressed trees for both rootstocks. The maintenance of growth by the seaweed extract under drought stress conditions was unrelated to photosynthesis. However, the seaweed extract treatment did have a significant effect on plant water relations. Soil drench-treated trees had more growth and higher stem water potential than foliar-treated or control trees after 8 weeks of drought stress. These results indicate that seaweed extract may be a useful tool for improving drought stress tolerance of container-grown citrus trees.",[3656],{"start":3657,"end":3658,"type":161},151,170,[3660],{"variation":2466,"version":38,"items":3661,"primary":3662,"id":3667,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3663},{"id":2441,"type":2432,"tags":3664,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":3665,"link_type":75,"key":3666,"isBroken":77},[],{"filter_name":2446},"7811be2e-32da-45dc-af77-c56d101c9380","related_content$30a55f3b-2bf1-4f05-be3a-a9b3e2ddb0d8","Enhance Orange Nursery Drought Resistance | Acadian Plant Health","Discover how our extract boosts drought tolerance in orange nurseries. Learn about our research findings and solutions for resilient, thriving citrus crops. Explore Acadian Plant Health today.",{},{"id":3672,"uid":3673,"url":3674,"type":2398,"href":3675,"tags":3676,"first_publication_date":3677,"last_publication_date":3677,"slugs":3678,"linked_documents":3680,"lang":15,"alternate_languages":3681,"data":3684},"Zzub_hMAACEA1iui","commercial-extract-of-the-brown-seaweed-ascophyllum-nodosum","\u002Fresources\u002Facademic-literature\u002Fcommercial-extract-of-the-brown-seaweed-ascophyllum-nodosum","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=alACoRIAAC4Aeqgd&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22Zzub_hMAACEA1iui%22%29+%5D%5D",[],"2024-11-18T19:56:48+0000",[3679],"abstract-commercial-extract-of-the-brown-seaweed-ascophyllum-nodosum-enhances-phenolic-antioxidant-content-of-spinach-spinacia-oleracea-l.-which-protects-caenorhabditis-elegans-against-oxidative-and-thermal-stress",[],[3682],{"id":3683,"type":2398,"lang":22,"uid":3673},"Z0fHpBMAACIA6SUv",{"title":3685,"publish_date":3690,"media":3691,"filter_tags":3697,"image":3700,"subhead":3707,"body":3710,"slices":3717,"meta_title":3726,"meta_description":3727,"meta_image":3728},[3686],{"type":26,"text":3687,"spans":3688,"direction":29},"ABSTRACT: Commercial extract of the brown seaweed Ascophyllum nodosum enhances phenolic antioxidant content of spinach (Spinacia oleracea L.) which protects Caenorhabditis elegans against oxidative and thermal stress",[3689],{"start":1515,"end":2086,"type":161},"2010-06-03",{"link_type":856,"key":3692,"kind":858,"id":3693,"url":3694,"name":3695,"size":3696},"8f2335de-939d-44bd-8a2c-b3f195e6b755","ZzZ20K8jQArT05Cx","https:\u002F\u002Facadian-plant-health-global.cdn.prismic.io\u002Facadian-plant-health-global\u002FZzZ20K8jQArT05Cx_Commercial%2BExtract%2BOf%2BThe%2BBrown%2BSeaweed%2BAscophyllum%2BNodosum%2BEnhances%2BPhenolic%2BAntioxidant%2BContent%2BOf%2BSpinach%2B-Spinacia%2BOleracea%2BL.-%2BWhich%2BProtects%2BCaenorhabditis%2BElegans%2BAgainst%2BOxidative%2BAnd%2BThermal%2BStress%2B.pdf","Commercial+Extract+Of+The+Brown+Seaweed+Ascophyllum+Nodosum+Enhances+Phenolic+Antioxidant+Content+Of+Spinach+(Spinacia+Oleracea+L.)+Which+Protects+Caenorhabditis+Elegans+Against+Oxidative+And+Thermal+Stress+.pdf","483177",[3698],{"tags":3699},{"link_type":75},{"dimensions":3701,"alt":3703,"copyright":54,"url":3704,"id":3705,"edit":3706},{"width":3702,"height":2602},219,"A screen grab of the first page of the academic publication for Commercial Extract Of The Brown Seaweed Ascophyllum Nodosum ","https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ20a8jQArT05Cy_Commercial%2BExtract%2BOf%2BThe%2BBrown%2BSeaweed%2BAscophyllum%2BNodosum%2BEnhances%2BPhenolic%2BAntioxidant%2BContent%2BOf%2BSpinach%2B-Spinacia%2BOleracea%2BL.-%2BWhich%2BProtects%2BCaenorhabditis%2BElegans%2BAgainst%2BOxidative%2BAnd%2BThermal%2BStress%2B.png?auto=format,compress","ZzZ20a8jQArT05Cy",{"x":58,"y":58,"zoom":59,"background":60},[3708],{"type":32,"text":2458,"spans":3709,"direction":29},[],[3711],{"type":32,"text":3712,"spans":3713,"direction":29},"There is considerable interest to enhance the nutritional quality of fresh produce especially vegetables. The effects of root treatment of spinach with commercial extracts of the brown macro alga, Ascophyllum nodosum (ANE) on antioxidant level of spinach were studied. At the concentration of 1.0 g\u002FL, ANE treat-ment significantly increased the total phenolics and flavonoids content, total antioxidant activity (as measured by DPPH (2,2-diphenyl-1-picrylhydrazyl) radical scavenging capacity) and Fe2+ chelating abil-ity in spinach leaves. The 1H NMR and LC-MS analyses of spinach extract suggests that the increased anti-oxidant activity is largely associated with flavonoids. The biological effect of ANE-enhanced polyphenols was tested using the Caenorhabditis elegans nematode model. The extracts from ANE-treated spinach sig-nificantly improved the survival of the animals under oxidative stress by 50% and high temperature stress by 61% as compared to the extracts from untreated plants (0% and 38%, respectively). Taken together, the results suggest that ANE stimulate flavonoid synthesis in spinach leaf thus enhancing its nutritional qual-ity. Furthermore, the increased flavonoid content exerts beneficial effects in C. elegans against oxidative and heat stress.",[3714],{"start":3715,"end":3716,"type":161},197,216,[3718],{"variation":2466,"version":38,"items":3719,"primary":3720,"id":3725,"slice_type":2474,"slice_label":54},[],{"heading":54,"filter_tags":3721},{"id":2441,"type":2432,"tags":3722,"lang":15,"slug":2443,"first_publication_date":2444,"last_publication_date":2444,"uid":2443,"data":3723,"link_type":75,"key":3724,"isBroken":77},[],{"filter_name":2446},"6946f0fe-bd00-4c6d-bb49-61a4f9f18fd7","related_content$927138f7-d48d-4000-b1eb-0298d58099c6","Unlocking Potential: Commercial Extract of Brown Seaweed | Acadian Plant Health","Explore the abstract unveiling the potential of a commercial extract derived from brown seaweed. Discover its diverse applications and contributions to plant health, offering promising avenues for sustainable agriculture. Dive into our research insights today!",{"dimensions":3729,"alt":3703,"copyright":54,"url":3730,"id":3705,"edit":3731},{"width":83,"height":84},"https:\u002F\u002Fimages.prismic.io\u002Facadian-plant-health-global\u002FZzZ20a8jQArT05Cy_Commercial%2BExtract%2BOf%2BThe%2BBrown%2BSeaweed%2BAscophyllum%2BNodosum%2BEnhances%2BPhenolic%2BAntioxidant%2BContent%2BOf%2BSpinach%2B-Spinacia%2BOleracea%2BL.-%2BWhich%2BProtects%2BCaenorhabditis%2BElegans%2BAgainst%2BOxidative%2BAnd%2BThermal%2BStress%2B.png?auto=format,compress&rect=0,93,219,115&w=2400&h=1260",{"x":58,"y":3732,"zoom":59,"background":60},93,1783706645326]