Ecological aspects of the soil-water-plant-atmosphere system

Rekwar, Ravindra Kumar; Patra, Abhik; Jatav, Hanuman Singh; Singh, Satish Kumar; Mohapatra, Kiran Kumar; Kundu, Arnab; Dutta, Asik; Trivedi, Ankita; Sharma, L. Devarishi; Anjum, Mohsina; Anil, Ajin S.; Sahoo, Saraswat

doi:10.1016/b978-0-323-85665-2.00009-1

Cited by 4 publications

(4 citation statements)

References 75 publications

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“…Polar eco-communities occupied less than Ten per cent globally, predominantly in the arctic region [44]. Most of the polar eco-communities comprise wetland plant cover.…”

Section: A Extent Of Carbon Accumulation and Drift In Diverse Ecologi...mentioning

confidence: 99%

An Information-Based Approach to Sustainable Eco-Communities through Climate Change Initiatives

Coşkun

Gbadeyanka

2022

EJGEO

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Numerous searches conducted across the globe on Climatic Change initiatives reveal that current human discharges of atmospheric glasshouse gases are of the utmost in the record. Recent weather conditions have had extensive effects on man and ecological communities. Diverse varieties of living things have been impacted negatively by the sudden changes in their ecological habitats, irregular transformation in atmospheric conditions, movement forms, supplies and varieties interrelationships in action to ongoing climatic variation. The current trends and forces on diverse living components will continue to expand, and varieties of living things will further reduce. This study assessed recent information on the impact of ecological communities worldwide and their impacts on climate change alleviation. The data guiding this study derived from the various reports from academic articles and other related studies which citations appropriately utilise in this ongoing study. The research offers information on the capability of previous administrative methods for wetlands, wildlands and pampas lands, coastland ecological communities and farmlands to support and promote carbon accumulation and carbon drifts. The research suggested increasing collaborations with climatic variation solutions, hazard threat reduction, viable growth, and ecological and living organisms. The diverse solutions offer broader land-use methods that consider all investors' viable advantages, information, and competencies. Empirical proof regarding living organisms' relevance for sustainable ecological communities and operation, thus the broad impact of a climatic change initiative, is vividly represented in this study.

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“…Polar eco-communities occupied less than Ten per cent globally, predominantly in the arctic region [44]. Most of the polar eco-communities comprise wetland plant cover.…”

Section: A Extent Of Carbon Accumulation and Drift In Diverse Ecologi...mentioning

confidence: 99%

An Information-Based Approach to Sustainable Eco-Communities through Climate Change Initiatives

Coşkun

Gbadeyanka

2022

EJGEO

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“…Economic and social development and rapid increases in the human population have resulted in increased water demands and severe water shortages in certain areas, especially in arid and semiarid regions [1,13,14] . With the development of oasis agriculture, drainage and management styles, oasis shelterbelts have declined in recent years [15,16] . In the case of limited water resources in arid oases, oasis expansion and oasis agriculture development, coupled with the application of water-saving facility agriculture and considering the impact of climate change, not only altered the water consumption trend in shelterbelts but also restricted the water resource supply [11,17,18] .…”

Section: Introductionmentioning

confidence: 99%

Comparison of the water consumption levels of four shelterbelt tree species in a typical arid oasis in Northwest China

Shuai,

Bingxian,

Yufang

et al. 2024

International Journal of Agricultural and Biological Engineering

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The shelterbelt is an indispensable barrier to the ecological and economic development of an oasis. Soil moisture, groundwater and irrigation greatly affect the shelterbelt water consumption and development. In this study, the transpiration rate of shelterbelt trees, soil moisture and meteorological data were collected to determine the effects of soil moisture and meteorological factors on the water consumption of different shelterbelt tree species via multivariate statistical methods. The results showed that the water consumption rate was positively correlated with solar radiation, air temperature and precipitation. Moreover, the leaf transpiration rate exhibited the trend of P. Russkii Jabl.˃P. alba˃P. simonii Carr.>P. nigracv, while the average daily water consumption decreased in the order of P. alba>P. Russkii Jabl.>P. simonii Carr.>P. nigracv. The average daily water consumption levels of P. alba, P. Russkii Jabl., P. simonii Carr. and P. nigracv were (9.15±0.92) kg/(tree•d), (6.95±1.41) kg/(tree•d), (4.43±1.32) kg/(tree•d), and (1.58±0.18) kg/(tree•d), respectively. Over the growing season, the soil water consumption levels of P. alba, P. Russkii Jabl., P. simonii Carr., and P. nigracv in each shelterbelt tree stand reached 674.8, 336.9, 358.1 and 161.7 kg, respectively. More than 96% of the soil moisture lost was provided by the upper 120-cm soil layer. Understanding the influence and contribution of soil water and meteorological factors to shelterbelt water consumption is beneficial for shelterbelt management and protection.

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“…It is set up so that marketoriented and non-market ecosystem services can be given a monetary or non-monetary value. To understand the historical significance of soil to people, consider how the loss of soil fertility led to the downfall of past civilizations (8).…”

Section: Introductionmentioning

confidence: 99%

The role of soil ecosystem services in the circular bioeconomy

Anikwe,

Ife

2023

Front. Soil Sci.

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The concept of a circular bioeconomy focuses on the sustainable use of biological resources, minimizing waste and negative environmental impacts. Soil ecosystem services are crucial in this context as they support agricultural production, biodiversity conservation, and nutrient recycling. The circular bioeconomy offers benefits like resource efficiency, reduced waste, lower environmental impacts, and economic opportunities, with soil ecosystem services playing a significant role in achieving these benefits. Soil provides various services for human well-being, including security, protection from ecological shocks, access to balanced diets, clean water, clean air, and energy for temperature control. This review highlights the importance of soil ecosystem services in circular resource management and bio-based sustainable production systems. These services encompass provisioning, regulating, cultural, and supporting roles, providing resources like food, fibre, and fuel, controlling erosion and temperature, offering aesthetic value, and sustaining plant and animal diversity. The bioeconomy comprises knowledge, research, technology, and innovation related to biological resource production, use, conservation, and regeneration. The application of circular bioeconomy strategies benefits from the ecological services soil provides to bio-based industries. The policy that converts farming, grazing, and woodland systems into renewable operations is bound to protect soil functions while relieving pressure on other critical ecosystem functions. Overall, a holistic understanding of soil ecosystem services is crucial for successfully implementing circular practices across different bioeconomy sectors. Soil conservation, sustainable management, and the protection of soil resources are vital for maintaining the services that support a circular bioeconomy.

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Ecological aspects of the soil-water-plant-atmosphere system

Cited by 4 publications

References 75 publications

An Information-Based Approach to Sustainable Eco-Communities through Climate Change Initiatives

An Information-Based Approach to Sustainable Eco-Communities through Climate Change Initiatives

Comparison of the water consumption levels of four shelterbelt tree species in a typical arid oasis in Northwest China

The role of soil ecosystem services in the circular bioeconomy

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