Resumen (Objetivo). Se evaluó el manglar de Chacarita en el Pacífico Central de Costa Rica, a través de la composición florística y las poblaciones de moluscos asociados de interés comercial, con el fin de proponer actividades de aprovechamiento sustentables en el manglar. (Metodología). Mensualmente y durante un año, se realizaron visitas al área de estudio, con el propósito de establecer una base florística de árboles de mangle y medir el almacenamiento de carbono en el lugar, además, de recolectar moluscos bivalvos para analizar el estado de las poblaciones, con base en las abundancias de organismos hallados y otras características como las longitudes y la masa de estos. En los mangles, se obtuvo el diámetro de la altura de pecho (DAP en cm), la altura (m), el índice de valor de importancia (IVI) y las reservas de carbono (Mg C·ha-1). En cuanto a los moluscos, se examinaron cuatro especies de interés comercial, evaluando la longitud (cm), la masa (g) y el índice gonadosomático. Finalmente, se realizaron valoraciones económicas de los datos obtenidos en el manglar, del turismo e información histórica de pesca para el acopio de Chacarita. (Resultados). Se hallaron cinco especies de mangles, Rhizophora mangle, Rizophora racemosa, Laguncularia racemosa, Avicennia germinans y Pelliciera rhizophorae; P. rhizophorae fue la de mayor índice de valor de importancia. Se obtuvo un almacenamiento de carbono equivalente a 78.49 Mg C·ha-1. Se contabilizaron 357 organismos, de los cuales el 18 % correspondió a Anadara similis, 37.5 % a Anadara tuberculosa, 41.46 % a Leukoma spp. y 3.08 % a Mytella guyanensis. Tomando en cuenta el valor económico de las reservas de carbono y los moluscos bivalvos presentes en los muestreos, se obtuvieron valoraciones económicas de 9812.63 USD·ha-1 y 28 USD·ha-1, respectivamente. (Conclusiones). Las bajas densidades poblacionales de moluscos, especialmente del género Anadara, hacen necesario establecer medidas de gestión que permitan recuperar las poblaciones de estos. La presente investigación propone actividades de aprovechamiento sustentables, como turismo comunitario con fines educativos y culturales.

Resumo (Objetivo). O mangue de Chacarita, no Pacífico Central da Costa Rica, foi avaliado por meio da composição florística e das populações de moluscos associados de interesse comercial, com o objetivo de propor atividades de uso sustentável no mangue. (Metodologia). Foram feitas visitas mensais à área de estudo durante um ano para estabelecer uma base florística de árvores do mangue e medir o armazenamento de carbono no local, bem como para coletar moluscos bivalves para analisar o status das populações, com base na abundância de organismos encontrados e em outras características, como comprimento e massa de tais organismos. Nos manguezais, foram obtidos o diâmetro à altura do peito (DAP em cm), a altura (m), o índice de valor de importância (IVI) e as reservas de carbono (Mg C-ha-1). No que diz respeito aos moluscos, foram examinadas quatro espécies de interesse comercial., avaliando o comprimento (cm), a massa (g) e o índice gonadossomático. Por fim, foram feitas avaliações econômicas de dados de mangue, turismo e informações históricas de pesca para a coleção Chacarita. (Resultados). Foram encontradas cinco espécies de mangue, Rhizophora mangle, Rizophora racemosa, Laguncularia racemosa, Avicennia germinans e Pelliciera rhizophorae; a P. rhizophorae apresentou o índice de valor de importância mais alto. Foi obtido um armazenamento de carbono equivalente a 78.49 Mg C-ha-1. Foram calculados um total de 357 organismos, dos quais 18% correspondeu a Anadara similis, 37.5% Anadara tuberculosa, 41.46% Leukoma spp. e 3.08% Mytella guyanensis. Levando em conta o valor econômico das reservas de carbono e dos moluscos bivalves presentes nas amostras, foram obtidas avaliações econômicas de US$ 9812.63 ha-1 e US$ 28 ha-1, respectivamente. (Conclusões). As baixas densidades populacionais de moluscos, especialmente do gênero Anadara tornam necessário o estabelecimento de medidas de manejo para permitir a recuperação dessas populações. Esta pesquisa propõe atividades de uso sustentável, como o turismo comunitário para fins educacionais e culturais.

Abstract (Objective). The floristic composition and populations of associated molluscs of commercial interest of the Chacarita mangrove forest on the Central Pacific of Costa Rica were evaluated to guide proposals for sustainable exploitation activities in the mangrove forest. (Methodology). Monthly visits to the study area were conducted for one year to establish a floristic baseline of mangrove trees and measure carbon storage. Additionally, bivalve molluscs were collected to analyze the state of their populations based on the abundances of organisms found, as well as other characteristics such as length and mass. Data regarding the mangrove trees included their diameter at breast height (DBH, cm), height (m), importance value index (IVI), and carbon reserves (Mg C·ha-1). Four mollusc species of commercial interest were analyzed, using data on their length (cm), weight (g), and gonodosomatic index. Economic evaluations were also conducted using data obtained from the mangrove forest, as well as tourism and historical fishing data for the collection of Chacarita. (Results). Five species of mangroves were identified: Rhizophora mangle, Rizophora racemosa, Laguncularia racemosa, Avice germinans, and Pelliciera rhizophorae, while P. rhizophorae had the highest importance value index. The study revealed a carbon storage equivalent to 78.49 Mg C·ha-1. A total of 357 organisms were counted, with Anadara similis accounting for 18% of the total count, followed by Anadara tuberculosa (37.5%), Leukoma spp. (41.46%), and Mytella guyanensis (3.08%). When considering the economic value of carbon stocks and the bivalve molluscs obtained from the samples, economic valuations of 9,812.63 USD·ha-1 and 28 USD·ha-1 were determined, respectively. (Conclusions). The low population densities of molluscs, particularly those belonging to the Anadara genus, necessitate the establishment of management measures to facilitate the recovery of these mollusk populations. This research proposes sustainable use activities such as community tourism for educational and cultural purposes.

Resumen Este trabajo tiene por objetivo analizar el proceso de exploración de hidrocarburos en las islas Malvinas llevado adelante por el Reino Unido de 1995 a 2022. En relación con esto, la cuestión de las islas Malvinas refiere a una controversia entre el Gobierno argentino y el británico por la soberanía sobre las islas Malvinas e islas del Atlántico Sur, los espacios marinos circundantes, que incluyó también, el petróleo y el gas. En este sentido, dichos recursos, alojados en la plataforma submarina de las islas, constituyeron foco de interés de larga data. En los años noventa el Gobierno británico autorizó la llegada de empresas transnacionales para realizar actividades de exploración y, posible explotación, en un área aún bajo disputa internacional. En este contexto, el Estado argentino reconoció a estos espacios insulares y marítimos como parte integrante de su territorio nacional y, en consecuencia, rechazó la presencia de estas compañías y declaró sus actividades ilegales.

Abstract This paper aims to analyze the hydrocarbon exploration process in the Malvinas Islands carried out by the United Kingdom from 1995 to 2022. In relation to this, the question of the Malvinas Islands refers to a dispute between the Argentine and British governments over sovereignty over the Malvinas Islands and islands of the South Atlantic, the surrounding marine spaces, which also includes oil and gas. In this sense, these resources hosted on the islands’ submarine shelf were a long-standing focus of interest. In the 1990s, the British government authorized the arrival of transnational companies to carry out exploration activities and possible exploitation in an area that is still under international dispute. In this context, the Argentine State recognized these insular and maritime areas as an integral part of its national territory and, consequently, rejected the presence of these companies and declared their activities illegal.

Die aantal mense op aarde en hulle/ons aktiwiteite neem tans skrikwekkende afmetings aan met wydlopende gevolge vir ons planeet, biodiversiteit en uiteindelik onsself. Die moderne mens het sy teenwoordigheid op die aarde en die benutting van hulpbronne baie lank as sy onaantasbare reg gesien. Die huidige uitwerking van byvoorbeeld bevolkingsgroei en besoedeling versteur die aarde se natuurlike ritme in so 'n mate dat ons nou nie meer op 'n kitsoplossing kan hoop nie. Die mens se getalle neem teen so 'n tempo toe dat dit nie net nadelig vir die planeet is nie, maar ook vir die mensdom self. Wat kan gedoen word? Bemagtiging van vroue speel 'n belangrike rol. Dit beteken beslis nie dat meisies en vroue alleen vir die huidige bevolkingsgroei verantwoordelik gehou moet word nie. Die bevolkingsgroei kan egter in 'n redelike mate vertraag word deur veral meer meisies toegang tot onderwys en opleiding te gee - asook hul lewensomstandighede te verbeter. Ook sal daar heelwat meer aan seksopvoeding gedoen moet word, vroueregte sal daadwerklik bevorder moet word en daar sal beter voorsiening en gebruik van voorbehoedmiddels moet wees. Uiteraard moet hierdie kwessies met die nodige omsigtigheid benader en hanteer word. In hierdie verband kan onder andere Thailand en Suid-Korea genoem word wat in die onlangse verlede bewys het dat goeie onderwys geboortesyfers laat daal. In Afrika het vroue wat geen onderwys ontvang nie, gemiddeld 5,4 kinders; vroue wat hoërskool voltooi het gemiddeld 2,7 kinders en vroue wat tersiêre studie deurloop het, gemiddeld 2,2 kinders. In Nigerië sny elke jaar wat meisies skool bywoon, die geboortesyfer met 'n tiende. Hiermee saam sal daar ook verskerpte pogings moet wees om ekonomieë en samelewings te hervorm. Ter wille van die mens se voortbestaan en die volhoubaarheid van lewe op aarde moet ekologiese en ekonomiese geregtigheid, en die bemagtiging van vroue aangemoedig word.

The number of people on Earth and human activities are currently taking on frightening proportions with far-reaching consequences for our planet, its biodiversity and ultimately the human race itself. Ten thousand years ago, humans represented 1% of the total biomass of all land vertebrates. The rest was made up by wild animals. Currently, humans, livestock and pets make up 99% of terrestrial vertebrate biomass, while wild animals represent only 1%. It took millennia for the human population to reach the 1 billion mark and that only by 1890. By 1960, however, the world population had grown to 3 billion. Today there are 8 billion people living on our planet. According to Population Matters, the world population will be approximately 10,4 billion by the end of this century, despite the gradual decline in the growth rate in some countries. There is only a 23% chance that the total population growth rate will tail off before 2100. The population of the 47 least developed countries is likely to triple between 2017 and 2100 to around 3 billion. There are currently 62 million people in South Africa. About 67,9% of our population (in 2021) live in urban areas. The South African population grew by 0,87% in 2023. The fertility rate is 2,30 (2023). It is estimated that by 2050 75,5 million people will be living in South Africa, with 8 out of every 10 people living in urban areas, which would significantly increase the pressure on infrastructure. The Global Footprint Network states that humans currently use the resources of 1,75 Earths. If the situation does not improve, by 2050 we would need the equivalent of three Earths to survive. More than 4 billion people will have little or no water by 2050, and South Africa even now has been classified as a "water-stressed" country. Medical science is continually contributing to more babies surviving their entry into the world and to our living increasingly longer. Life expectancy has risen from 46 years in 1950 to 73,2 years in 2023. By 2050 it will be 77 years. What can be done? Empowerment of women is important. Population growth can be curbed to a reasonable extent by giving more girls access to education. This certainly does not mean that girls or women alone should be held responsible for the current population growth, but much more will have to be done about sex education, women's rights will have to be actively promoted and there will have to be better provision and use of contraceptives. Obviously, these issues should be approached and handled with due caution. In this regard, countries such as Thailand and South Korea have, in the recent past, proved that good education may result in lower birth rates. In Africa, women with no education have an average of 5,4 children; women who completed high school an average of 2,7 children and women with tertiary education an average of 2.2. In Nigeria, every year of school attendance by girls cuts the birth rate by a tenth. In addition, intensified efforts to reform economies and societies should be considered. For the sake of the survival of the human species and the sustainability of the Earth, ecological and economic justice and the empowerment ofwomen have to be encouraged. The Millennium Project - a global participatory think tank that was founded in 1996 under the auspices of the American Council for the United Nations University, but which became independent in 2009 and has since grown into a global network of institutions and individuals - aims to improve humankind's prospects for a better future. It recommends, among other things, the following: • Support a policy aimed at improving the survival of children, responsible family planning and educational opportunities for (especially) girls. • Improve methods that will ensure skills and employment opportunities for young people, as well as care and services for the elderly. • Implement the UN's urban agenda. • Create enough smart cities where citizens with urban intelligence can help in eco-smart ways with the necessary improvements in the city. • Increase training in resilience, and improve disaster prediction and management. • Provide guidance for people about urban ecology. • Intensify research and development in saltwater agriculture (halophytes or salt plants) on coastlines to produce food for humans and animals, biofuel and pulp for the paper industry, and to absorb carbon dioxide (CO2). This will ease the pressure on freshwater agriculture. • Improve agricultural and irrigation management. • Invest in precision agriculture and aquaculture. • Reduce food losses from the "farm to the mouth" (one third or 1,3 billion tons of agricultural production is wasted in this way every year). • Establish seaweed to restore wild fish populations along coastlines. The World Bank estimates that 90% of marine life is completely depleted. • Expand the production of insects for animal feed and human diets (insects have a low environmental impact, and 2 billion people already supplement their diet with insects today). • Encourage vegetarianism. Although there are more ways to address these important global challenges, responsible family planning remains one of the most important. This is an extremely sensitive issue for many people (especially in Africa), but if it is not promoted in a humane, informed and responsible way, the sustainability of life on our planet will increasingly come under tremendous pressure in various respects.

RESUMEN La sobrepesca, la pesca industrial y el cambio climático generan impactos que afectan al recurso pesquero marino, la principal fuente de ingreso y alimento de las poblaciones costeras de pescadores artesanales. La creación de condiciones que incrementen la capacidad de adaptación de los pescadores disminuirá su vulnerabilidad a los impactos. Esta investigación propone determinar una Zona Exclusiva de Pesca Artesanal-ZEPA como estrategia de manejo sostenible de los recursos pesqueros y de adaptación climática para los pescadores artesanales del área de estudio. Se utilizó el programa Marxan para identificar tres escenarios para la ubicación de la ZEPA y se realizó una cartografía participativa con pescadores para obtener el cuarto escenario. Se encontró similitud alta entre el escenario 2 y 4, lo que muestra que el enfoque científico (Marxan) y participativo (población) coinciden en la ubicación de ZEPA. La ZEPA definitiva se ubicó en la zona marino costera de los municipios de Tumaco y Francisco Pizarro, con un área total de 2 008 km2. Incluyó objetos de conservación importantes para la pesca artesanal como caladeros de pesca artesanal, ecosistemas (manglares, playas y estuarios), áreas de ocurrencia de especies (sierra, pargos, corvina, piangua, camarón tití), entre otros. Se identificó que más de 80 % de los pescadores estuvo de acuerdo en que la estrategia le aportaría a reducir su vulnerabilidad frente a amenazas como fenómenos climáticos, sobrepesca, contaminación, entre otros. Se resalta la contribución a la adaptación al cambio climático de la población del área de estudio.

ABSTRACT Overfishing, industrial fishing and climate change generate impacts that affect the marine fishery resource, the main source of income and food for coastal populations of artisanal fishers. The creation of conditions that increase the adaptive capacity of fishers will decrease their vulnerability to impacts. This research proposes to determine an Exclusive Zone for Artisanal Fishing-ZEPA as a strategy for sustainable management of fishery resources and climate adaptation for artisanal fishers in the study area. Marxan was used to identify three scenarios for the location of the ZEPA and participatory mapping was carried out with fishers to obtain the fourth scenario. High similarity was found between scenarios 2 and 4, which shows that the scientific (Marxan) and participatory (population) approaches coincide in the location of the ZEPA. The final ZEPA was located in the coastal marine zone of the municipalities of Tumaco and Francisco Pizarro, with a total area of 2,008 km2. Included important conservation targets for artisanal fisheries such as artisanal fishing grounds, ecosystems (mangroves, beaches and estuaries), areas of occurrence of species (seerfish, snappers, sea bass, piangua, marmoset shrimp) among others. More than 80 % of the fishers agreed that the strategy would help reduce their vulnerability to threats such as climatic phenomena, overfishing, pollution, among others. The contribution to climate change adaptation of the study area’s population is highlighted.

Resumen (Introducción): Los espacios litorales constituyen la interfaz entre los ambientes terrestres y marinos, conectados por múltiples procesos naturales y socioecológicos, proporcionando bienes y servicios ecosistémicos para el bienestar humano. (Objetivo): Identificar los usos y actividades tanto terrestres como marinos con implicancias mutuas y los procesos biofísicos en la región norte del Ecosistema Costero Bonaerense (Argentina), con el fin de evaluar el grado de compatibilidad o conflicto entre estas actividades, con énfasis en el sector pesquero. (Metodología): Se aplicó el análisis metodológico tierra-mar-tierra (T-M-T). Se determinaron los usos y actividades (UyA), así como procesos biofísicos de origen marino y terrestre. Se identificaron las interacciones entre UyA marinos y terrestres, y procesos físicos T-M-T, para su posterior categorización y análisis de las interacciones previamente identificadas. (Resultados): Se notaron 121 interacciones de UyA T-M-T vinculadas con la pesca. Predominaron los conflictos medios por competencia de espacio o recursos y se relacionaron con la coexistencia espacial y temporal de UyA (turísticas, pesquera y comunicaciones). Se detectaron 68 interacciones negativas entre los procesos biofísicos y UyA asociados a eventos climáticos e impactos derivados del cambio climático (modificaciones en la temperatura superficial del mar, circulación atmosférica y oceánica, así como variaciones en el transporte de sedimentos y erosión costera). (Conclusiones): El análisis efectuado constituye un avance en el estudio entre UyA T-M-T en zonas litorales costero-marinas de la costa atlántica y de sus interacciones, con énfasis en la actividad pesquera, como aporte a la gestión de aquellos, con un enfoque ecosistémico.

Abstract (Introduction): Coastal areas constitute the interface between land and marine environments, connected through multiple natural and socioecological processes that contribute to human well-being. (Objective): Identify land and marine uses and activities with mutual implications and biophysical processes in the northern region of the Bonaerense Coastal Ecosystem (Argentina), in order to evaluate the degree of compatibility or conflict between these activities, with emphasis on the fishing activity. (Methodology): The land-sea-land (T-M-T) methodological analysis was applied. Uses and activities (U&A) and biophysical processes of marine and land origin were determined. Interactions between marine-land and biophysical processes T-M-T were identified for further categorization and analysis. (Results): A total of 121 U&A sea-land-sea (L-S-L) interactions related to fishing were detected. Medium conflicts were mainly caused by competition for space or resources and were associated with the coexistence of U&A (tourism, fishing, and communication activities), both spatially and temporally. Of the total, 68 negative interactions were observed between biophysical processes and U&A L-S-L, which were linked to climatic events and the effects of climate change (variation in sea surface temperature, atmospheric and oceanic circulation, as well as variations in sediment transport and coastal erosion). (Conclusions): The analysis carried out constitutes an advancement in the study of U&A T-M-T in coastal-marine areas of the Atlantic coast and their interactions, with emphasis on fishing activities, as a contribution to their management with an ecosystemic approach.

ABSTRACT Background: The marine biorefinery is an emerging concept in the industry that seeks to maximize the use of natural resources through sustainable and efficient processes. This focuses on the use of marine resources in response to the need to find alternatives to traditional industrial processes that usually generate large amounts of waste and consume resources in a non-renewable way. Aim: Conduct a review of the scientific literature on the importance of products derived from waste from the aquaculture industry, with a biorefinery approach in the context of the Cuban reality. Development: A search for information was carried out in the specialized scientific literature; Synthesizing the most important thing, it was possible to define the concept of biorefinery, based on the use of waste from the aquaculture industry, the products obtained from it, as well as its main characteristics and applications and the importance and advantages of applying this were raised. concept to the Cuban reality. Conclusions: The biorefinery using waste from the fishing industry is an innovative approach that seeks to make the most of all its components, including the by-products and waste generated. This strategy is closely related to the principles of circular economy and promotes the sustainability of the industry.

RESUMEN Antecedentes: La biorrefinería marina es un concepto emergente en la industria que busca maximizar la utilización de los recursos naturales a través de procesos sostenibles y eficientes. Esta se enfoca en el aprovechamiento de recursos marinos en respuesta a la necesidad de encontrar alternativas a los procesos industriales tradicionales que suelen generar grandes cantidades de residuos y consumir recursos de manera no renovable. Objetivo: Realizar una revisión de la literatura científica sobre la importancia de los productos derivados de los desperdicios de la industria acuícola, con un enfoque de biorrefinería en el contexto de la realidad cubana. Desarrollo: Se realizó una búsqueda de información en la literatura científica especializada; sintetizándose lo más importante, se logró definir el concepto de biorrefinería, basado en la utilización de desechos de la industria acuícola, los productos que se obtienen de la misma, así como sus principales características y aplicaciones y se planteó la importancia y ventajas de aplicar este concepto a la realidad cubana. Conclusiones: La biorrefinería a partir de desechos de la industria pesquera, es un enfoque innovador que busca aprovechar al máximo todos sus componentes, incluidos los subproductos y desechos generados, esta estrategia está muy relacionada con los principios de economía circular y promueve la sostenibilidad de la industria.

Resumen En este trabajo se presentan los primeros resultados obtenidos del desarrollo de un programa experimental que tiene como objetivo generar un marco de referencia local de los perfiles de ácidos grasos de los principales recursos disponibles en el curso inferior del río Colorado (Pcia. de Buenos Aires). En este caso, el propósito fue conocer la composición de ácidos grasos de recursos ictícolas y evaluar las principales transformaciones que estos sufren durante la cocción. Para ello, se confeccionaron réplicas de vasijas arqueológicas, se hirvieron peces marinos de distintas especies (bagre de mar, corvina rubia, gatuzo, congrio y pescadilla) y se analizaron los ácidos grasos de la carne cruda y cocida, del líquido de cocción y de los contenidos en las paredes internas de las vasijas. Los resultados obtenidos evidenciaron que en todas las muestras de peces se pudieron detectar ácidos grasos. Sin embargo, si se comparan los identificados en la carne cruda de cada especie con los detectados con posterioridad al hervido, se observa que el evento de cocción generó la pérdida y/o degradación de algunos de ellos, principalmente de los ácidos insaturados. En las vasijas se preservaron los ácidos grasos (e.g., ácido esteárico, palmítico y oleico) que comúnmente están presentes en la mayoría de los recursos alimenticios (e.g., herbívoros, vegetales). No obstante, los ácidos grasos detectados en las vasijas como los poliinsaturados pertenecientes al grupo C20 de bagre de mar y corvina rubia, el ácido eicosenoico de bagre de mar y el monoinsaturado del grupo C22 identificado para el congrio podrían ser considerados ácidos grasos diagnósticos de peces marinos.

Abstract This work presents the first results obtained from developing an experimental program that aims to generate a local frame of reference for the fatty acid profiles of the main resources available in the lower basin of the Colorado river (Buenos Aires district). In this case, the purpose was to identify the fatty acid composition of fish resources and evaluate the main transformations they underwent during cooking. Replicas of archaeological vessels were made, marine fish of different species (sea catfish, whitemouth croaker, narrownose smooth-hound, conger eel, and whiting) were boiled, and the fatty acids of the raw and cooked meat, the cooking liquid, and those of the contents on the internal walls of the vessels were measured. The results obtained showed that fatty acids could be detected in all samples. However, if those identified in the raw meat of each species are compared with those detected after boiling, it is observed that the cooking event generated the loss and/or degradation of some fatty acids, mainly unsaturated ones. Fatty acids (e.g., stearic, palmitic, and oleic acid) present in most food resources (e.g., herbivores and vegetables) were preserved in the vessels. However, fatty acids detected in the vessels such as the polyunsaturated belonging to the C20 group of sea catfish and whitemouth croaker, the eicosenoic acid of sea catfish, and the monounsaturated of the C22 group identified for the conger eel could be considered diagnostic fatty acids of marine fish.

Pentecostal ecotheology has been explored as the theology that can go beyond the anthropocentric focus of salvation towards the salvation of the non-human. This aspect of Pentecostal ecotheology has been explored by previous studies; however, the research gap exists in applying the same to sustainable development goals (SDGs). This article uses the pneumatological imagination as a theoretical framework to apply Pentecostal ecotheology to SDGs. The article argues that a pneumatological imagination is relevant in addressing the SDGs on hunger and agriculture (SDG2), water resources (SDG6), energy (SDG7), climate change (SDG13), conservation and sustainable management of marine resources (SDG14) and sustainability of terrestrial ecosystems (SDG15). The research findings are as follows: the pneumatological imagination can broaden the eschatological message to encompass social justice, political change and ecological repentance, beyond conventional evangelism. The pneumatological imagination envisions practical ways to engage in and contribute to the triune God's redemptive renewal of the world. The pneumatological imagination elevates individuals whose voices have been historically and traditionally marginalised because of gender, power dynamics or socioeconomic class. The pneumatological imagination aspires to provide a universal panorama and an inclusive capacity that envisions the salvation of everyone. The article is a literature review and data were analysed using the different themes of the United Nations' SDGs. INTRADISCIPLINARY AND/OR INTERDISCIPLINARY IMPLICATIONS: This article explores the relationship between theology and development studies by proposing a pneumatic Pentecostal ecotheology in the fulfilment of the SDGs of the United Nations

Abstract Bioseston is a heterogeneous assemblage of bacterioplankton, phytoplankton, zooplankton, and planktonic debris. A detailed knowledge of biosestons is essential for understanding the dynamics of trophic flows in marine ecosystems. The distributional features of seston biomass in plankton (micro- and mesoplankton) in the Southwest Atlantic Ocean (Rio de Janeiro State, Brazil) were analyzed using stratified samples gathered to a depth of 2,400 m during night time. The horizontal pattern of biomass distribution was analyzed vis-a-vis station depth during both wet and dry periods, with higher values recorded in the continental shelf than in the slope, confirming the terrestrial contribution of nutrient sources to the marine environment. This horizontal variation reinforces the occurrence of seasonal vortices in Cabo Frio and Cabo de São Tomé on the central coast of Brazil. Environmental variables reflect the hydrological signatures of the water masses along the Brazilian coast. The largest seston biomass was related to high temperatures, salinities, and low inorganic nutrient concentrations in tropical and South Atlantic central waters. The observed distribution patterns suggest that seston biomass in plankton in the region may be structured based on partitioned horizontal and vertical habitats and food resources. bacterioplankton phytoplankton zooplankton debris ecosystems micro (micro mesoplankton Rio State Brazil 2400 2 400 2,40 time visavis vis periods slope environment temperatures salinities waters resources 240 40 2,4 24 4 2,

Abstract Whales are ghosts of history and ghosts of today’s oceans. Their capture by humans in all oceans of the planet resulted in the drastic reduction of natural populations. In Brazil, commercial whaling began in 1603 and was practiced, by different promoters and with different styles of capture, until 1986. This paper examines the whaling activity established under a monopoly regime between 1614 and 1801, in a colonial scenario, in which, I argue, whales played a role, and their hunting was a stimulus for the appropriation of territory and natural resources. The products and their uses in Brazilian territory are analysed here, as well as their shipment to Lisbon, reinforcing the importance of these commodities in colonial dynamics and Atlantic circulation. The way people perceived the coast and the coastal activities that are practiced, and their impact on the physical and emotional construction of the spaces is discussed. We approach the history of whaling from the perspective of marine environmental history and animal history, in an attempt to rescue these oceanic ghosts and to include them in the construction of narratives of respect and empathy for people and all the other animal protagonists of history. todays today s populations Brazil 160 practiced 1986 161 1801 scenario which argue role resources here Lisbon circulation discussed 16 198 180 1 19 18

Resumo As baleias são fantasmas da história e dos oceanos atuais. A sua captura por humanos em todos os oceanos do planeta resultou na redução drástica de populações naturais. No Brasil, a baleação comercial teve início em 1603 e foi praticada, por diferentes promotores e com diferentes estilos de captura, até 1986. Neste artigo, examina-se a atividade baleeira estabelecida em regime de monopólio entre 1614 e 1801, num cenário colonial, no qual, defendo, as baleias tiveram um papel e a sua caça constituiu um estímulo para a apropriação do território e dos recursos naturais. São aqui analisados os produtos e os seus usos no território brasileiro, bem como o seu envio para Lisboa, reforçando a importância destas mercadorias nas dinâmicas coloniais e na circulação atlântica. É discutida a forma como as pessoas perceberam o litoral e as atividades costeiras que se praticaram, e o seu impacto na construção física e emocional dos espaços. Abordamos a história da baleação da perspetiva da história ambiental marinha e da história dos animais, na tentativa de resgatar estes fantasmas oceânicos e de os incluir na construção de narrativas de respeito e de empatia pelas pessoas e por todos os outros animais protagonistas da história. atuais naturais Brasil 160 praticada 1986 artigo examinase examina 161 1801 colonial qual defendo brasileiro Lisboa atlântica praticaram espaços 16 198 180 1 19 18

Resumo Avaliar os impactos causados pela pesca requer dados de longo prazo e monitoramento contínuo das capturas, os quais ainda são escassos em vários países de baixa e média renda. Abordagens alternativas, como o conhecimento ecológico local dos pescadores (CEL), têm sido utilizadas para avaliar a história dos recursos marinhos e superar os desafios da ausência de dados. Documentamos mudanças temporais ao longo dos últimos 60 anos na pesca artesanal em Arraial do Cabo, Brasil. Entrevistas com 155 pescadores revelaram a captura de seis espécies de tubarões e um gênero, todas em risco de extinção de acordo com as Listas Vermelhas global e nacional. Entre essas espécies, Carcharhinus brevipinna, Carcharhinus plumbeus e Isurus oxyrinchus são comercialmente importantes. Embora o CEL tenha revelado um aumento nos esforços de pesca, com novos locais de pesca surgindo após 2006, o número de indivíduos capturados diminuiu ao longo do tempo. A exploração histórica de tubarões levou a declínios substanciais nas capturas de C. plumbeus e C. brevipinna, os quais possuem ocorrências raras na região. Embora os dados de desembarque sejam informações críticas para elaborar planos de gestão pesqueira local e estabelecer estratégias de conservação, o monitoramento na região é descontínuo e deveria ser priorizado por políticas públicas. renda alternativas CEL, , (CEL) 6 Cabo Brasil 15 gênero nacional brevipinna importantes 2006 tempo C conservação públicas (CEL 1 200 20 2

Abstract Assessing the impacts caused by fisheries requires long-term data series and continuous landing monitoring, which are still scarce in several low and middle-income countries. Alternative approaches, such as fishers’ local ecological knowledge (LEK) have been employed to assess the history of marine resources and overcome the challenges of missing data. We documented temporal changes over the last 60 years in small-scale fisheries in Arraial do Cabo, Brazil. Interviews with 155 fishers revealed the capture of six shark species (one genus), all under extinction risk according to the global and the national Red Lists. Among these, Carcharhinus brevipinna, Carcharhinus plumbeus, and Isurus oxyrinchus are commercially important. While LEK suggests an increase in fishing efforts, with new fishing grounds emerging after 2006, the number of individuals caught has decreased over time. Historical shark exploitation has led to substantial declines in the catches of C. plumbeus and C. brevipinna, which have rare occurrences in the region. Although landing data are critical information for building local fisheries management plans and setting conservation strategies, monitoring in the region is discontinuous and should be prioritized by public policies. longterm long term middleincome middle income countries approaches (LEK 6 smallscale small scale Cabo Brazil 15 one genus, genus , genus) Lists these brevipinna important efforts 2006 time C strategies policies 1 200 20 2

Abstract Envenomation by aquatic species is an under-investigated source of human morbidity and mortality. Increasing population density along marine and freshwater coastlines increases these incidents. Specific occupational groups - including commercial fishery workers, fisherfolk, marine tourism workers, and researchers - rely on aquatic resources for their livelihood. While diverse venomous aquatic species exhibit a broad array of habitats worldwide, they are most abundant in the tropics. Specific tropical regions present historic “hot spot” areas of concern for occupational groups with heightened risk of aquatic envenomation. Towards the overall objective of characterizing the health burden of aquatic envenomations, this review seeks to define (1) vulnerable, high-risk populations and (2) geographic hot-spot regions. To formally assess these metrics, a systematic literature review was performed where inclusion criteria requirements were peer-reviewed, published, epidemiological studies with defined denominators from January 1, 2000, to July 31, 2024, on the topic of human envenomation by aquatic species. Fifty-three articles met the inclusion criteria. Excluded articles were comprised of case reports, news and magazine articles, and those in languages aside from English, French, Portuguese, and Spanish. Most of the included articles examined emergency department and poison-control datasets that reported few overall envenomations (< 1%) from populations with physical and financial access to medical care. In contrast, datasets surveying beachgoers or fisherfolk directly, and life-guard incident reports, demonstrated that aquatic envenomation is an important source of injury for these groups and settings (envenomation frequency mean: 71%, median: 80%). Reports on additional high-risk groups, including marine and aquatic biologists, military personnel etc., and in key high-risk geographic regions including Thailand, Indonesia, and other Indo-Pacific countries were missing from the reviewed literature. Socio-demographic data were also largely missing from the literature. This systematic review highlights critical gaps where further research is needed, especially in under-represented regions and vulnerable populations. underinvestigated under investigated mortality incidents workers livelihood worldwide tropics hot spot 1 (1 highrisk high 2 (2 hotspot metrics peerreviewed, peerreviewed peer reviewed, peer-reviewed published 2000 31 2024 Fiftythree Fifty three reports English French Portuguese Spanish poisoncontrol poison control < ( 1% care contrast directly lifeguard life guard mean 71 71% median 80%. 80 80% . 80%) biologists etc etc. Thailand Indonesia IndoPacific Indo Pacific Sociodemographic Socio demographic needed underrepresented represented 200 3 202 7 8 20

Abstract This study investigates ichnoassemblages characterized by spreite trace fossils from the Upper Cretaceous Snow Hill Island Formation on Vega Island, Antarctica. The succession reveals alternating heterolithic beds of sandy siltstones to very fine- to fine-grained sandstones, suggestive of a deltaic depositional setting influenced by fluctuating energy conditions. The dominance of spreite structures, such as Paradictyodora antarctica and Euflabella, suggests the prevalence of a colonization window for deposit- or detritus-feeding activity. Notably, the prevalence of Euflabella towards the upper levels of the succession, in more proximal and impacted depositional setting, suggests an adaptive strategy for coping with varying food resources, corroborating its role as a trophic generalist. Additionally, the absence of distinct shifts between fully marine and stressed ichnofauna challenges a clear assignation to the Phycosiphon or Rosselia ichnofacies, although in vertical succession the Euflabella dominance in upper levels is related to a lower diverse ichnoassemblage than Paradictyodora in lower levels, suggesting some freshwater impact in the top. The occurrence of horizontal and vertical sessile deposit feeding structures would align with the Rosselia ichnofacies definition, but the presence of spreite burrows and high ichnodisparity better fits into the Cruziana ichnofacies. These spreite-dominated ichonoassemblages are here attributed to Cruziana ichnofacies. Antarctica fine finegrained grained sandstones conditions detritusfeeding detritus activity Notably resources generalist Additionally top definition spreitedominated dominated

RESUMEN Objetivo. En este estudio se evaluó la cinética de crecimiento de consorcios de microalgas marinas y de agua dulce en diferentes concentraciones de lixiviado extraído de un relleno sanitario. Materiales y métodos. Se realizó un diseño experimental por cada consorcio (marino Chlorella marina y Nannochloropsis oculata y de agua dulce Chlorella vulgaris y Ankistrodesmus falcatus) en concentraciones de lixiviado de 5, 10, 15% y un control (0%), con una inóculo principal y tres réplicas para cada concentración (K=4), en cultivo discontinuo. Resultados. Se encontraron diferencias significativas en el crecimiento microalgal a distintas concentraciones de lixiviado para los dos consorcios utilizados (H=12.9768; p<0.05 para microalgas marinas y H=20.0097; p<0.05 para microalgas dulceacuícolas), debido principalmente a un mayor crecimiento en el grupo control. También se encontró una correlación negativa significativa (p<0.01) entre la tasa de crecimiento y la división celular con la concentración de lixiviado, observándose un menor crecimiento en concentraciones superiores al 5% en ambos consorcios. Conclusiones. El consorcio marino logró generar mayor densidad celular, por lo que podría incrementar la efectividad de los procesos de biorremediación de contaminantes, a pesar del efecto negativo observado en mayores cantidades del compuesto.

ABSTRACT Objective. This study evaluated the growth kinetics of marine and freshwater microalgae consortia in different concentrations of leachate extracted from a landfill. Materials and methods. An experimental design was carried out for each consortium (marine Chlorella marina and Nannochloropsis oculata and freshwater Chlorella vulgaris and Ankistrodesmus falcatus) in leachate concentrations of 5, 10, 15% and a control (0%), with one main experiment and three replicates for each concentration (K=4), in batch culture. Results. Significant differences were found in the microalgal growth at different concentrations of leachate for both consortia (H=12.9768; p<0.05 for marine microalgae and H=20.0097; p<0.05 for freshwater microalgae), attributed to a higher growth in the control sample. A significant negative correlation (p<0.01) was also found between leachate concentration and both growth rate and cell division. A lower growth was observed at concentrations above 5% in both consortia. Conclusions. The marine consortium was able to generate a higher cell density, which may increase the effectiveness of the pollutant bioremediation process, despite the negative effect observed at higher amounts of the compound.

Abstract Introduction: Until today, the fishing effort by foreign fleets in the Costa Rican Pacific has not been analyzed. Objective: To determine the spatial distribution of the fishing effort of those fleets, variables that shape that distribution, and if they interact with management figures and highly fragile ecosystems. Methods: Using fishing effort data from 2012 to 2020, obtained from Global Fishing Watch, an Index of Fishing Effort (IEP) was calculated to apply geospatial and multivariate statistics, as well as multiple regression models. A grid with 55 905 cells of 0.10 degrees was used to apply Hot Spot Analysis, and another grid with 24 176 cell-year-month analysis units of 0.25 degrees was used to apply a Linear Regression Model. Results: The data reveals the fishing activity of international fleets associated with four types of fishing gear, and a wide coverage of a high IEP by two fleets throughout the nine years analyzed. The IEP is primarily associated with location and varies by month and year. There is also relative evidence that its influenced by the concentration of oxygen and nitrates. Conclusions: International fleets come into direct conflict with officially defined zones for national fleets and disrespect protected oceanic areas and a declared non-fishing zone to protect marine resources in the Costa Rican Pacific. Their activities in the Dome may affect a national yellowfin tuna fishery.