The regulatory ecosystem services i

The regulatory ecosystem services in terms of carbon sequestration and storage by Indian seagrass ecosystemswere coupled with their monetary values in the context of climate change mitigation in the seagrass meadows ofPalk Bay and Chilika Lagoon, two major seagrass ecosystems of India. The results showed that the meadowsacted as a net sink of atmospheric CO2; however, they may also act as a minor source of CO2 to the atmospheredepending on the degree of anthropogenic influence. The mean ecosystem productivity ranged between 6.31 and11.9 kg C ha−1d−1, which is equivalent to the capture of 8.44 and 15.9 Mg CO2 ha−1 year−1. This capturedcarbon was apportioned primarily in sediments (129 Mg Corg ha−1 in top 1 m soil), which was much higher thanthe carbon stored as above and below ground biomass (0.20–0.96 Mg Corg ha−1 and 0.30–2.90 Mg Corg ha−1,respectively). The economic valuation of regulatory ecosystem services in the form of C sequestration by anestimated 51,700 ha of total seagrass cover in India was largely dependent on the sequestration rates and theaverage social cost of carbon. The estimated values ranged between $ 1.02 million and $ 3.65 million per year. Inaddition, monetary values of the stored carbon in live biomass of Indian seagrass systems ranged between $ 0.45million and $ 3.89 million, whereas, in the top 1 m soil it ranged between $ 109 million and $ 146 million.Detailed evaluations of various ecosystem functions considering the importance of the local variables mayprovide a better monetary estimate of these regulatory services.

Results (Thai) 1:

The regulatory ecosystem services in terms of carbon sequestration and storage by Indian seagrass ecosystems
were coupled with their monetary values in the context of climate change mitigation in the seagrass meadows of
Palk Bay and Chilika Lagoon, two major seagrass ecosystems of India. The results showed that the meadows
acted as a net sink of atmospheric CO2; however, they may also act as a minor source of CO2 to the atmosphere
depending on the degree of anthropogenic influence. The mean ecosystem productivity ranged between 6.31 and
11.9 kg C ha−1d−1, which is equivalent to the capture of 8.44 and 15.9 Mg CO2 ha−1 year−1. This captured
carbon was apportioned primarily in sediments (129 Mg Corg ha−1 in top 1 m soil), which was much higher than
the carbon stored as above and below ground biomass (0.20–0.96 Mg Corg ha−1 and 0.30–2.90 Mg Corg ha−1,
respectively). The economic valuation of regulatory ecosystem services in the form of C sequestration by an
estimated 51,700 ha of total seagrass cover in India was largely dependent on the sequestration rates and the
average social cost of carbon. The estimated values ranged between $ 1.02 million and $ 3.65 million per year. In
addition, monetary values of the stored carbon in live biomass of Indian seagrass systems ranged between $ 0.45
million and $ 3.89 million, whereas, in the top 1 m soil it ranged between $ 109 million and $ 146 million.
Detailed evaluations of various ecosystem functions considering the importance of the local variables may
ให้ประมาณการทางการเงินที่ดีขึ้นของการกำกับดูแลการให้บริการเหล่านี้

Results (Thai) 2:

Hãy thử viết
1 "dừng biển chặn hạt nhân
Biển đông, căn cứ biên giới, Phòng Hội nghị chiến đấu. trật tự: theo các bộ phận có liên quan trong tình báo Yizhou đảo đồng chí. Đảng ly khai của đảo, phe Hele-Sissi, dự định gửi các vật liệu hạt nhân từ Yizhou trong bí mật cho đất nước bằng tàu chở hàng. Để đổi lại sự hỗ trợ chính trị nặng nề cho độc lập của hòn đảo, để ngăn chặn các doks của hòn đảo bán vật liệu hạt nhân, trong khi đồng thời nứt xuống trên con trai Dok của hòn đảo. đặt hàng các đội đặc biệt của bạn để nhanh chóng đi đến vùng biển ngoài khơi đảo Ping An để giữ nguyên vật liệu hạt nhân và trở về vật,。。 liệu hạt
2033.7.13. đêm. Cơn bão
Tìm mục tiêu, sẵn sàng để đóng, tất cả sự chú ý đến sức mạnh của bí mật gần gũi để chú ý đến sự an toàn, mỗi nhóm nhiệm vụ rõ ràng.
Trình điều khiển: vị trí đích đã đạt được. Không có bảo vệ đối phương.
1 đến vị trí. 2 đến vị trí, 3 đến vị trí. Số 4 đến vị trí. 5 đến...
。 Cái chết, tìm thấy phía bên phải của kẻ thù một là di chuyển đến thứ 5,
4 giải quyết nhanh chóng, 4 hiểu
It's xấu vào cuối đêm như vậy thời tiết xấu và tôi sẽ đi ra, ah, nó không tốt. Các nữ thành viên của quân đội nữ Tiger đi theo và phàn nàn (lưu ý bởi vì các hòn đảo của một người đàn ông-miệng phổ quát-to-keyboardman miệng đã không đảm nhận vai trò này). Vì vậy, các phụ nữ dựa trên các lực lượng hoạt động về cơ bản là tẩy não).
Tôi đã đi này Hille-Eissing tổ chức thực sự ông thực sự burst, trước khi chỉ nghe nói rằng đội hành động của Hille là tất cả-nữ, chúng tôi không tin rằng bây giờ có vẻ là đúng ah!
Quần bó màu đen này mang cái gì đó như thế. 4 trên kênh.
Đừng nói về nó một cách nhanh chóng để giải quyết các hành động mà những người khác đã đặt tại chỗ. Đội trưởng số 1 đã làm gián đoạn số 4 và cho ra lệnh hành động. 4 nhận được

Trong một chút, gần hơn, thứ 4 âm thầm đếm. Con hổ nữ gần vị trí ẩn của số 4
Nó bây giờ là thứ 4 nhanh chóng xuất hiện từ phía sau của container, súng tiểu liên Micro-Acoustic nhanh chóng khai hỏa, ba âm thanh. Ba viên đạn từ trán nữ của người lính nữ và vú phải bắn vào cơ thể tinh tế của mình để phá vỡ các cơ quan nội tạng, lấy cuộc sống của cô.
Thứ 4 nhìn không hoàn toàn chết và vẫn còn hơi co giật cô gái hổ nữ. Cảm thấy trẻ chơi những gì đảo chấm. sau đó họ di chuyển về phía điểm mục tiêu,

Results (Thai) 3:

บริการควบคุมระบบนิเวศของสาหร่ายทะเลอินเดียในการดูดซึมคาร์บอนและการเก็บรักษา
ในบริบทของการบรรเทาการเปลี่ยนแปลงสภาพภูมิอากาศค่าเงินของพวกเขามีความสัมพันธ์กับ
อ่าวปาร์คและทะเลสาบชิลิกาสองที่ใหญ่ที่สุดของระบบนิเวศหญ้าทะเลในอินเดีย ผลการวิจัยพบว่า
เป็นอ่างสุทธิของก๊าซคาร์บอนไดออกไซด์ในบรรยากาศอย่างไรก็ตามพวกเขายังสามารถใช้เป็นแหล่งทุติยภูมิของก๊าซคาร์บอนไดออกไซด์ในบรรยากาศ
ขึ้นอยู่กับระดับของอิทธิพลของมนุษย์ ผลผลิตเฉลี่ยของระบบนิเวศระหว่าง 6.31 และ
11.9 กิโลกรัมคาร์บอน 1D-1 เทียบเท่ากับการจับ 8.44 และ 159 มิลลิกรัมคาร์บอนไดออกไซด์เป็นเฮกตาร์ จับมันไว้
คาร์บอนส่วนใหญ่กระจายอยู่ในดินตะกอนที่ด้านบนของ 1-m ดิน
คาร์บอนที่ใช้เป็นแหล่งเก็บชีวมวลบนพื้นดินและใต้ดิน
ตามลำดับ การประเมินทางเศรษฐกิจของการดูแลระบบนิเวศบริการในรูปแบบของคาร์บอนปิดผนึก
พื้นที่ครอบคลุมทั้งหมดของสาหร่ายทะเลอินเดียประมาณ 51700 เฮกตาร์ขึ้นอยู่กับอัตราการเก็บรักษาและ
ต้นทุนทางสังคมเฉลี่ยของคาร์บอน ประมาณระหว่าง 102 ล้านดอลลาร์และ 365 ล้านดอลลาร์ อยู่ในระหว่าง
นอกจากนี้ระบบสาหร่ายทะเลอินเดียมีชีวิตมวลชีวภาพของคาร์บอนที่เก็บไว้ในค่าเงินดอลลาร์ระหว่าง 0.45
ล้านถึง 389 ล้านดอลลาร์และล้านดอลลาร์ในที่ดินมูลค่าระหว่าง 1.09 ถึง 1.46 พันล้านดอลลาร์
พิจารณาความสำคัญของตัวแปรท้องถิ่นการประเมินรายละเอียดของการทำงานของระบบนิเวศต่างๆสามารถ
ให้บริการทางการเงินที่ดีกว่าสำหรับบริการด้านกฎระเบียบเหล่านี้